M396201 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種壓合機的裝置，尤其是指一種壓合機 模具離合裝置。 【先前技術】 現有的壓合機，於上、下模座設有上、下板，於上、 下板各結合上、下模具，當用於加主時，是將上、下模具 合模而熱壓成形，接著再以壓合機設有的冷卻構造令上、 下模具降溫，接著開啟上、下模具取出成品。 前述現有的壓合機雖可以熱壓成形後冷卻的方式製造 成品，但由於同時具備熱壓成形以及冷卻的構造，冷、熱 交互作用之下會造成能源浪費，且造成加熱、冷卻效果無 法提升的缺點，但由於現有壓合機的上、下模具皆為固定 的形悲’因此無法在壓合機進行熱壓後，將上、下模具移 往其他可進行冷壓合的壓合機進行冷卻，無法作到熱壓合 與冷卻分離的製程。 【新型内容】 由於現有的壓合機同時具備熱壓成形以及冷卻的構 &，冷、熱互相影響的狀況造成能源浪費以及加熱 '冷卻 效果無法提升的缺點。為此，本創作主要於壓合機設有定 位與釋放上、下模的構造，以使上、下模能交互在不同壓 合機進行熱塵與冷卻的製程，達到提升生產品質的功效。 為達到上述目的，本創作提供一種壓合機模具離合裝 置’包括： 3 M396201 一壓合機’設有上、下相對的一上模座與一下模座 於上模座的底面結合一上板’於上板的底面凹設一個以上 的上板定位孔’於下模座的頂面結合一下板，於下板的頂 面凹設一個以上的下板定位孔； 一模具組，包括一上模與一下模，上模設於上板的底 面，對應一個以上的上板定位孔，於上模的頂面凸設相等 數1的上模定位銷’以各上模定位銷插設於各上板定位孔 定位，於上模左、右兩側面各設有一個以上的上模溝槽； •下模言史於下才反的頂®，對應一個以上的下才反定位孔，於下 模的底面ώ設相等數量的下模定位銷，以各下模定位銷插 設於各下板定位孔定位，於下模左、右兩側面各設有—個 以上的下模溝槽，又於下模左、右兩側面的前、後位置各 凸伸兩端料柱； 一對上端料裝置，以左、右成對的形態結合於上模座 的底面，兩上端料裝置各設有一上端料壓缸，於各上端料 壓缸朝向上板的端部結合一上伸縮爪，以各上伸縮爪插設 鲁方、上模左、右各側的各個上模溝槽定位；以及 對下纟而料裝置，以左、右成對的形態結合於下模座 的頂面，兩下端料裝置各設有一下端料壓缸，於各下端料 魘缸朝向下板的端部結合一下伸縮爪，以各下伸縮爪插設 -於下模左、右各側的各個下模溝槽定位。 • 進一步，本創作所述各上端料裝置設有一上底板，以 2上底板結合於所述上模座的底面，所述各上端料壓缸結 合於各上底板的底面中間，對應各上端料壓缸的前 '後兩 側’於上底板的底面結合兩上導軌板，於各上導執板以上、 4 M396201 下間隔的形態，沿左、右方向貫穿設有兩上導孔，於各上 導孔滑動穿設-上導桿，各上導桿朝向該上板的端部分別 結合於所述各上伸縮爪’纟上伸縮爪與同側的兩個上導轨 板之間具有間隔； 各下端料裝置設有一下底板，以各下底板結合於所述 下模座的頂面’所述各下端㈣紅結合於各下底板的頂面 中間，對應各下端料屋虹的前1兩側，於下底板的底面 結合兩下導軌板，於各下導軌板以上、下間隔的形態，沿 左、右方向貫穿設有兩τ導孔，於各下導孔滑動穿設一下 導桿，各下導桿朝向該下板的端部分別結合於所述各下伸 縮爪，各下伸縮爪與同側的兩個下導轨板之間具有間隔。 更進一步，本創作所述上模於左、右兩側面以前後 間隔的形態設有兩上模溝槽，所述下模於左、右兩側面以 前、後間隔的形態設有兩下模溝槽； 於所述各上伸縮爪凸設兩上爪部，以各上伸縮爪的兩 上爪部插㈣上模左、纟各制兩個上模溝槽心立，於所 述各下伸縮爪凸設兩下爪部，以各下伸縮爪的兩下爪部插 設於上模左、右各側的兩個下模溝槽定位。 本創作是以壓合機進行熱壓合的作業’並於該壓合機 万叹有另一進行冷壓合的壓合機，於本創作的壓合機與另 -進行冷壓合的壓合機之間，設有可來回搬移模具組置於 下板上定位的機械手臂。 使用時，先以本創作熱壓合形態的壓合機將上模與下 模合模，進行熱壓合的程序’接著兩上、下端料裝置縮回 各上伸縮爪與各下伸縮爪’釋放上模以及下模，接著下模 5 M396201 座下移’此時上模會因為 下降，接著搪η以 的·.表故，疊於下模上而隨著 接者機械手臂以撐托四個 移出本創作熱！合形“ Μ機 將私具組 移至另一進機’接者機械手臂將模具組 再將模且，7 機進行冷愿合的作業，結束後 冉將模具組移回本創作 不说 位：：二兩側的上伸縮爪以及下伸縮爪分別插入定 拉”下模的位置，最後下模座下移，令 開，即完成開模的動作並結束製造流程的循環/、、刀 本創作的有益效果在於，由於本創作配合上下模， 於上 '下模座設有可固定或釋放上、下模的上端料裝置以M396201 V. New description: [New technical field] The present invention relates to a device for a press machine, in particular to a press mold mold clutch device. [Prior Art] The existing press machine is provided with upper and lower plates on the upper and lower mold bases, and upper and lower molds are respectively combined on the upper and lower plates. When used for adding the main body, the upper and lower molds are clamped. The hot press forming is followed by cooling of the upper and lower molds by a cooling structure provided by the press, and then the upper and lower molds are opened to take out the finished product. Although the above-mentioned conventional press machine can manufacture a finished product by means of hot press forming and cooling, but with a structure of hot press forming and cooling, energy waste is caused by cold and heat interaction, and heating and cooling effects cannot be improved. Disadvantages, but because the upper and lower molds of the existing presses are fixed in shape, it is impossible to move the upper and lower molds to other presses that can be cold-pressed after the press is hot pressed. Cooling, the process of hot pressing and cooling separation cannot be performed. [New content] Because the existing presses have both hot press forming and cooling, the heat and heat affect each other, resulting in waste of energy and the disadvantage that heating 'cooling effect cannot be improved. To this end, the creation mainly consists of the positioning and release of the upper and lower molds of the press machine, so that the upper and lower molds can interact with each other in different hot presses to achieve the effect of improving the quality of production. In order to achieve the above object, the present invention provides a press mold mold clutch device comprising: 3 M396201 a press machine having an upper mold base and an upper mold base coupled to the bottom surface of the upper mold base combined with an upper plate 'The upper surface of the upper plate is recessed with more than one upper plate positioning hole'. The top surface of the lower die plate is combined with the lower plate, and one or more lower plate positioning holes are recessed on the top surface of the lower plate; a mold set includes an upper plate The upper die is disposed on the bottom surface of the upper plate, corresponding to more than one upper plate positioning hole, and an upper die positioning pin '1 of equal number 1 is protruded on the top surface of the upper die, and each upper die positioning pin is inserted in each Positioning holes on the upper plate are provided with more than one upper die groove on the left and right sides of the upper die; • The lower die is said to be the lower top of the upper plate, corresponding to more than one lower reverse positioning hole, under The bottom surface of the mold is provided with an equal number of lower mold positioning pins, and the lower mold positioning pins are inserted into the positioning holes of the lower plates, and each of the left and right sides of the lower mold is provided with more than one lower mold groove, and The front and rear positions of the left and right sides of the lower mold respectively protrude from the two ends of the column; The material device is coupled to the bottom surface of the upper mold base in a pair of left and right sides, and the upper end material devices are respectively provided with an upper end pressure cylinder, and an upper end of the material pressure cylinder is coupled with an upper telescopic claw toward the end of the upper plate to Each upper telescopic claw is inserted into each of the upper mold grooves of the left side and the right side of the upper mold; and the lower jaw device is coupled to the top surface of the lower mold base in a pair of left and right sides, two The lower end material devices are respectively provided with a lower end material pressure cylinder, and the telescopic claws are coupled to the end portions of the lower end material cylinders toward the lower plate, and the lower telescopic claws are inserted into the lower mold grooves on the left and right sides of the lower mold. Positioning. Further, each of the upper end devices of the present invention is provided with an upper bottom plate, and the upper bottom plate is coupled to the bottom surface of the upper mold base, and the upper end pressure cylinders are coupled to the middle surface of each upper bottom plate, corresponding to the upper end materials. The front side of the pressure cylinder is combined with the two upper rail plates on the bottom surface of the upper bottom plate, and is arranged at intervals of 4 M396201 above each upper guide plate, and two upper guide holes are arranged in the left and right directions. The upper guide hole slides through the upper guide rod, and the upper guide rods are respectively coupled to the upper end of the upper plate to be coupled to the upper telescopic claws. The upper telescopic claws are spaced apart from the two upper rail plates on the same side. Each lower end device is provided with a lower bottom plate, and each lower bottom plate is coupled to the top surface of the lower die holder. The lower ends (four) are red-bonded to the middle of the top surface of each lower bottom plate, corresponding to the front 1 of each lower end of the house On both sides, two lower rail plates are combined on the bottom surface of the lower bottom plate, and two τ guiding holes are formed in the left and right directions in the form of upper and lower spacing of the lower rail plates, and the guiding rods are slidably disposed in the lower guiding holes. The lower guide rods are respectively coupled to the lower ends of the lower plate The claws are extended, and the lower telescopic claws are spaced apart from the two lower rail plates on the same side. Furthermore, in the present invention, the upper mold is provided with two upper mold grooves in the form of the front and rear sides of the left and right sides, and the lower mold is provided with two lower mold grooves in the form of the front and rear sides on the left and right sides. a groove; a plurality of upper claw portions are protruded from each of the upper telescopic claws, and two upper claw portions of each upper telescopic claw are inserted into the upper mold, and two upper mold grooves are formed on the upper and lower sides of the upper telescopic claw, and are respectively stretched and contracted. The claws are provided with two lower claw portions, and the lower jaw portions of the respective lower telescopic claws are inserted into the two lower mold grooves on the left and right sides of the upper mold. The creation is a press-pressing operation of the press machine, and there is another press-pressing machine for cold press-bonding in the press machine, and the cold press-pressing pressure is performed in the press machine of the present invention. Between the machines, there is a robot arm that can be moved back and forth to place the mold set on the lower plate. In use, the upper mold and the lower mold are first clamped by the press-pressing machine of the present invention, and the hot pressing process is performed. Then, the upper and lower end devices retract the upper and lower telescopic claws and the lower telescopic claws. Release the upper die and the lower die, then move the lower die 5 M396201 to move down. 'At this time, the upper die will fall because of the lower die, and then the 搪n will be on the lower die and will be supported by the robot arm. Move out of this creative heat! Fit "Take the machine to move the private group to another machine". The robot arm will mold the mold group and the machine will perform the cold work. After the end, the mold group will be moved back to the original. ::The upper and lower telescopic claws on the two sides and the lower telescopic claws are respectively inserted into the position of the lower mold. Finally, the lower mold base is moved down, and the mold is opened, that is, the mold opening operation is completed and the cycle of the manufacturing process is ended. The beneficial effect of the creation is that, due to the creation of the upper and lower molds, the upper mold base is provided with an upper end device capable of fixing or releasing the upper and lower molds.
及下端料裝置，因it卜Αμ+ A 直因此7上、下杈在熱壓合後，能夠整組移 至其他的壓合機進行冷塵合的操作，並在冷塵合完成再送 回後’以將上、下模固定於上、下模座的方式進行開模的 作業’如此可令上、下模能交互在不同壓合機進行熱壓與 冷卻的製程，達到節省能源以及提升生產品質的功效。 【實施方式】 本創作提供一種壓合機模具離合裝置，請參看圖彳至 圖4的較佳實施例，包括： ，以合 —壓合機1 0，為熱壓合的壓合機形態並於頂部以及底 部分別設有一上模座11以及一底座12，其中上模座，】以 及底座12各為形狀符合的矩形板體，於上模座彳彳的四個 角落與底座1 2的四個角落之間結合四個支柱1 3，對應上模 座1 1的下方’於四個支柱1 3以可上、下滑動的形態套設 一下模座1 4，於底座1 2頂面的中間結合一合模壓缸” 5， 以合模壓缸1 5的頂端結合於下模座1 4底面的中間 6 M396201 模塵缸可將下模座14朝上模座n的方向頂推，達到合 模的效果，於上模座u的底面結合一上板16，於上板π 底面的中間凹設兩個上板定位孔161，於下模座14的頂面 結合一下板17,於下板17的頂面凹設兩個下板定位孔171。 '一才吴具組2 0，包括_卜指9 Ί丨、；n ^ 上模21以及一下模22，其中上 模21抵罪设於上板16的底面，科庙士 w 4「— J抵面對應兩上板定位孔161， 於上模21的頂面凸設兩上糍宕 上镔疋位銷2 11，以兩上模定位銷 211插設於兩上板定位孔161定位，分別於上模21左右 兩側面以前、後間隔的形態設有兩上模溝槽212;下模Μ 抵罪设於下板1 7的頂面，斜旛a 丁 & 只两對應兩下板定位孔1 7 ]，於下模 22的底面凸設兩下模定位銷221，以兩下模定位銷221插 設於兩下板定位孔171定位’分別於下模22左、右兩側面 以前、後間隔的形態設有兩下槎、，盖揭 π网卜棋屏槽222，又分別於下模 22左、右兩側面的前、後位置朝外橫向凸伸兩端料柱⑵。 一對上端料裝置30，以产、士屮料…匕 工右成對的开）態結合於上模 座11的底面，兩上端料梦罢 而了叶裝置30並分別位於上板1 6的左、 右兩側，各上端料裝置30却·古 ,^ ^ 直川5又有一上底板31，以各上底板 31結合於上模座11的底面 於欠 幻抵面於各上底板31底面的中間結 合一上端料壓缸32，對庫卜媲姐颅Α “ 耵I上舳科壓缸32的前、後兩側，於 上底板31的底面結合兩上遙舳刼 σ呵上涂軌板33，於各上導執板33以 上、下間隔的形態，沿左、右方而孙空 石万向貝穿设有兩上導孔331， 於各上導孔3 31滑動穿設一上導桿3 4 ; 於各上端料壓缸32以及久μ道士日》3/1 土 乂及各上導柃34朝向上板1 6的端 部分別結合一上伸縮爪3 5，各上柚 合上狎縮爪3 5與同側的兩個上 導轨板3 3之間具有間隔，對庳 对應上杈21左、右各側的兩上 7 M396201 ' 1 2，於各上伸縮爪3 5凸設兩上爪部3 51，以各上 伸縮：35的兩上爪部351插設於上模21左、右各側的兩 個上模溝槽212定位。And the lower end material device, because it is Αμ+ A straight, so after the upper and lower squats are hot pressed, the whole group can be moved to other press machines for cold-dusting operation, and after the cold dust is completed and then returned. 'The operation of opening the mold by fixing the upper and lower molds to the upper and lower mold bases' enables the upper and lower molds to alternately perform hot pressing and cooling processes in different presses to save energy and improve production. The efficacy of quality. [Embodiment] The present invention provides a press mold clutch device, please refer to the preferred embodiment of FIG. 4 to FIG. 4, including: a press-compression machine 10, which is in the form of a thermocompression press machine and An upper mold base 11 and a base 12 are respectively disposed at the top and the bottom, wherein the upper mold base, and the base 12 are respectively shaped rectangular bodies, and the four corners of the upper mold base and the base 12 The four pillars 13 are combined between the corners, and the lower brackets of the upper mold bases 1 are arranged in the upper and lower sliding manners of the four pillars 13 to form the mold bases 14 in the middle of the top surface of the bases 1 2 . In combination with a mold clamping cylinder 5, the top end of the clamping cylinder 15 is coupled to the middle of the lower mold base 14 and the middle 6 M396201 dust cylinder can push the lower mold base 14 toward the upper mold base n to achieve the clamping. The upper surface of the upper mold base u is combined with an upper plate 16 , and two upper plate positioning holes 161 are recessed in the middle of the bottom surface of the upper plate π , and the lower plate 17 is coupled to the top surface of the lower die holder 14 on the lower plate 17 . The top surface of the top surface is recessed with two lower plate positioning holes 171. '一才吴具组20, including _卜指9 Ί丨, n ^ upper mold 21 and one The lower mold 22, wherein the upper mold 21 is provided on the bottom surface of the upper plate 16, the Kemishi w 4"-J abutting surface corresponds to the two upper plate positioning holes 161, and the upper surface of the upper mold 21 is protruded from the upper upper jaw. The two upper die positioning pins 211 are inserted into the two upper plate positioning holes 161, and two upper die grooves 212 are respectively provided in front and rear intervals on the left and right sides of the upper die 21; The sin is set on the top surface of the lower plate 17 , and the slanting 幡 a ding & only two corresponding two lower plate positioning holes 17 7 ], two lower die positioning pins 221 are protruded on the bottom surface of the lower die 22 , and the two lower die positioning pins are provided The 221 is inserted into the positioning holes 171 of the two lower plates, and is respectively disposed in the form of two lower jaws in front and rear intervals on the left and right sides of the lower mold 22, and the cover 222 is removed from the lower mold 22, respectively. The front and rear positions of the right two sides protrude laterally outwardly from the two ends of the material column (2). A pair of upper end device 30 is combined with the upper mold base 11 in the state of production, gentry, and right side. The bottom surface and the two upper ends are dreamed of the leaf device 30 and are respectively located on the left and right sides of the upper plate 16 , and the upper end devices 30 are ancient, ^ ^ and the straight bottom 5 has an upper bottom plate 31 The upper bottom plate 31 is coupled to the bottom surface of the upper die holder 11 to join the upper end pressure cylinder 32 in the middle of the bottom surface of each upper bottom plate 31, and the front end of the cylinder block 32 On the rear side, the bottom surface of the upper bottom plate 31 is combined with two upper 舳刼 呵 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上 上Two upper guide holes 331 are provided, and an upper guide rod 3 4 is slidably disposed on each of the upper guide holes 3 31; at each upper end pressure cylinder 32 and a long μ Dao Shi Ri 3/1 soil and each upper guide 34 The upper end of the upper plate 16 is respectively coupled with an upper telescopic claw 35, and each of the upper teak upper reclining claws 35 has a space between the two upper rail plates 3 3 on the same side, and the opposite side corresponds to the upper jaw 21 On the left and right sides, there are two upper 7 M396201 '1 2, and two upper claw portions 3 51 are protruded from the upper telescopic claws 35, and the upper claw portions 351 of each of the upper and lower telescopic: 35 are inserted into the upper mold 21, The two upper die grooves 212 on the right sides are positioned.
一對下端料裝置40,以左、右成對的形態結合於下模 座14的頂面，兩下端料裝置4〇並分別位於下板I?的左、 右兩側，各下端料裝置40設有一下底板41 ,以各下底板 =結合於下模座14的頂面，於各下底板41頂面的中間結 合一下端料壓缸42,對應下端料壓缸42的前、後兩側於 下底板41的底面結合兩下導軌板钧，於各下導執板C以 上、下間隔的形態，沿左、右方向貫穿設有兩下導孔价， 於各下導孔431滑動穿設一下導桿44 ; 於各下端料壓缸42以及各下導桿44朝向下板I?的端 :分別結合—下伸縮爪45’各下伸縮爪45與同側的兩個下 導執板43之間具有間隔’對應下模22左、右各側的兩下 模溝槽222 ’於各下伸縮爪45凸設兩下爪部451，以各下 伸縮爪45的兩下爪部451插設於下模22左、右各側的兩 • 個下模溝槽222定位。 本創作除前述較佳實施例，是在上板16或下板17設 有兩個上板定位孔16彳、下板定位孔171以外，亦可於上 板16或下板1 7僅設有一個或者三個以上的上板定位孔 1 61、下板定位孔彳71 ’就此配合相同數量的上模定位銷 與下模定位銷221產生定位作用，此外，上模2,的左右 各側面以及下模22的左、右各側面，亦可僅設有一個或者 三個以上的上模溝槽212、下模溝槽222,藉此提供各上伸 縮爪35或各下伸縮爪45插設定位，如此構造數量的單純 8 M396201 改變本創作在此不加以限制。 本創作使用日夺，如圖1至圖4,是在壓合機10旁設有 冷壓合形態的壓合機50,其設有一上模座51以及一位於上 模座51下方且受合模壓缸L y 又α稞i缸w推動上升的下模座53，於前 述上模座51的底面設有底面具有兩上板定位孔541的上板 54,又於前述下模座53的頂面設有頂面具有下板定位孔 551的下板55,冷壓合形態壓合機5〇的兩上板定位孔541 以及兩下板定位孔551設置的位置，與所述熱壓合形態壓 合機1〇相應構造的位置相同。對應熱壓合形態的壓合機1〇 與冷壓合形態的壓合機5〇設有_機械手臂6q，立具有左、 右相距的距離略寬於…2寬度的兩手臂61，對應下模 =2的四個端料柱⑵，於兩手f 61㈣面以㈣排列的形 惡凹設四個撐托凹槽611。 本創作配σ冷壓合形態的壓合機50以及機械手臂 用於製造產品時，如圖5所示，先以熱壓合形態壓合機 的合模壓紅15推升下模座14，使上模Μ與下模22合 ^署進行熱壓合的程序，接著如目6所示，兩側的上端料 =〇以及下端料裝置40’以各上端料壓缸32以及各下 上广i紅42將各上伸縮爪35與各下伸縮爪45回縮，釋放 模座X及下杈22定位的位置，接著合模壓缸15帶動下 22 *下移，此時上模21會因為重力的緣故，疊於下模 ^上而隨著下降。 、 兩側如：7广示’機械手臂6〇的兩手臂61伸入下板”的 !將四個撑托凹槽611對正下模22的四個端料柱奶 並以擇托四個端料柱223的方式，將模具組20移 9 M396201 形態的愿合機1。;接著機械手臂6。將兩 和至另-下极55的上方的兩側，令下模 模定位銷221對正下板55的下板定位孔551，接著兩手臂 =τ:方组2。以底部兩下模定位銷插 Μ1的方式疋位於下板55上。 如圖8所示，接著另一合模壓缸 t 作开下杈座53，以 上板54與下板55央合上模21 -^ ^ 衩a進仃冷壓合的操 乍，成後e模壓紅52帶動下模座％ 4 » r馔庄^以及相疊的上模21、A pair of lower end device 40 is coupled to the top surface of the lower die holder 14 in a pair of left and right sides, and the two lower end devices 4 are respectively located on the left and right sides of the lower plate I?, and the lower end devices 40 are respectively disposed. A bottom plate 41 is provided, and the lower bottom plate is coupled to the top surface of the lower die holder 14 to join the lower end pressure cylinder 42 in the middle of the top surface of each lower bottom plate 41, corresponding to the front and rear sides of the lower end material pressure cylinder 42 Two lower guide rails are coupled to the bottom surface of the lower bottom plate 41, and two lower guide holes are provided in the left and right directions in the form of upper and lower guide plates C, and are slidably disposed in the lower guide holes 431. The lower guide cylinder 44; the lower end pressure cylinder 42 and the lower guide rod 44 are directed toward the lower plate I?: respectively, the lower telescopic claw 45', the lower telescopic claw 45 and the two lower guide plates 43 on the same side. The two lower die grooves 451 ′ having the spacing 'corresponding to the left and right sides of the lower die 22 are respectively protruded from the lower telescopic claws 45 and the lower jaw portions 451 are inserted, and the lower claw portions 451 of the lower telescopic claws 45 are inserted. Two lower die grooves 222 are positioned on the left and right sides of the lower mold 22. In addition to the foregoing preferred embodiment, the upper plate 16 or the lower plate 17 is provided with two upper plate positioning holes 16 and lower plate positioning holes 171, and may be provided only on the upper plate 16 or the lower plate 17 One or more upper plate positioning holes 161 and lower plate positioning holes 71' cooperate with the same number of upper die positioning pins and lower die positioning pins 221 to form a positioning function, and, in addition, the left and right sides of the upper die 2, The left and right sides of the lower mold 22 may be provided with only one or three or more upper mold grooves 212 and lower mold grooves 222, thereby providing the upper and lower telescopic claws 35 or the lower and lower telescopic claws 45 to be inserted into the set positions. Thus, the number of simple 8 M396201 changes in this creation is not limited here. The present invention uses a day-to-face, as shown in FIGS. 1 to 4, a press machine 50 having a cold press-fit configuration beside the press machine 10, which is provided with an upper die holder 51 and a lower mold holder 51 and is engaged. The molding cylinder L y and the α稞i cylinder w push the rising lower die holder 53. On the bottom surface of the upper die holder 51, an upper plate 54 having two upper plate positioning holes 541 on the bottom surface is provided, and the top plate 53 is at the top of the lower die holder 53. The lower surface 55 having the lower plate positioning hole 551 on the top surface, the two upper plate positioning holes 541 of the cold press-fit type press machine 5, and the positions of the two lower plate positioning holes 551 are provided, and the hot pressing form The position of the corresponding structure of the press machine 1 is the same. The press machine 1〇 corresponding to the thermocompression bonding type and the press-pressing machine 5冷 are provided with a mechanical arm 6q, and the left arm and the right distance are slightly wider than the width of the two arms 61, corresponding to the lower The four end blocks (2) of the die = 2 are provided with four support grooves 611 in the shape of the (four) faces of the two fingers f 61 (four). When the knitting machine 50 and the mechanical arm of the σ cold press-fit type are used for manufacturing a product, as shown in FIG. 5, the lower mold base 14 is first pushed up by the mold clamping pressure 15 of the thermocompression bonding type press. The upper mold Μ and the lower mold 22 are combined and subjected to a thermocompression bonding procedure, and then, as shown in FIG. 6, the upper end material of both sides = 〇 and the lower end material device 40' are each upper end pressure cylinder 32 and each lower end cylinder The red 42 retracts each of the upper telescopic claws 35 and each of the lower telescopic claws 45, releasing the position where the mold base X and the lower jaw 22 are positioned, and then the clamping cylinder 15 drives the lower 22* downward movement, at which time the upper mold 21 is due to gravity. For the sake of the reason, it is stacked on the lower mold and is lowered. On both sides, for example: 7 Guang's two arms 61 of the mechanical arm 6 are extended into the lower plate! The four support grooves 611 are aligned with the four ends of the lower die 22 and are selected for four In the manner of the end column 223, the mold set 20 is moved to the 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 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 The lower plate of the lower plate 55 is positioned by the hole 551, and then the two arms = τ: square group 2. The bottom plate is positioned on the lower plate 55 in such a manner that the bottom two lower die positioning pin inserts 1. As shown in Fig. 8, another mold clamping is performed. The cylinder t is opened to the lower sill 53 , and the upper plate 54 and the lower plate 55 are combined with the upper mold 21 - ^ ^ 衩a to perform cold pressing and pressing operation, and the rear e-moulding red 52 drives the lower mold base % 4 » r馔Zhuang ^ and the overlapping upper mold 21,
„下移，再如圖9所*，以機械手臂60將模具組20 取回熱I合形態的壓合機10，將模具組2〇重新定位於下板 17上’最後合模壓缸15推升下模座14與模具組2〇，令兩 ㈣上端料Μ 3〇以及下端料裝以各上伸縮爪35以 及下伸編爪45插入定位上模21與下模22的位置，最後合 【圖式簡單說明】 模麼，15將下模座14下移，令上㈣與下模…分開進 行開模的動作即完成本創作製造流程的循環。 圖1是本創作較佳實施例的立體圖。 圖2疋本創作較佳實施例拆卸模具組的立體圖。 圖3是本創作較佳實施例模具組配合上、下端料裝置 的立體圖。 圖4是本創作較佳實施例的前視圖。 圖5至圖9是本創作較佳實施例配合冷壓合形態壓合 機與機械手臂作用的實施示意圖。 【主要元件符號說明】 10„Lower shift, and as shown in FIG. 9 , the mold set 20 is taken back to the hot press type 10 by the robot arm 60, and the mold set 2〇 is repositioned on the lower plate 17 'The final mold clamping cylinder 15 pushes The mold base 14 and the mold set 2 are lifted, and the upper (4) upper end material 〇 3 〇 and the lower end material are inserted into the positions of the upper mold 21 and the lower mold 22 by the upper and lower claws 35 and the lower jaws 45, and finally Brief Description of the Drawings] The mold, 15 moves the lower die holder 14 downward, and the upper (four) and the lower die are separated from each other to complete the cycle of the creation process. Fig. 1 is a perspective view of the preferred embodiment of the present invention. Fig. 2 is a perspective view of a preferred embodiment of the present invention for disassembling the mold set. Fig. 3 is a perspective view of the upper and lower end of the mold set of the preferred embodiment of the present invention. Fig. 4 is a front elevational view of the preferred embodiment of the present invention. 5 to FIG. 9 is a schematic view showing the implementation of the preferred embodiment of the present invention in cooperation with the cold press-fit type press machine and the mechanical arm. [Main component symbol description] 10
1 0壓合機 12底座 1 4下模座 16上板 17下板 20模具組 21 1上模定位銷 22下模 222下模溝槽 30上端料裝置 32上端料壓缸 331上導孔 35上伸縮爪 4 0下端料裝置 42下端料壓缸 431下導孔 45下伸縮爪 5 0壓合機 52合模壓缸 54上板 55下板 60機械手臂 61 1撐托凹槽 11上模座 13支柱 1 5合模壓缸 161上板定位孔 1 71下板定位孔 21上模 212上模溝槽 221下模定位銷 223端料柱 31上底板 3 3上導軌板 34上導桿 351上爪部 41下底板 43下導轨板 44下導桿 451下爪部 51上模座 53下模座 541上板定位孔 551下板定位孔 61手臂10 0 press machine 12 base 1 4 lower mold base 16 upper plate 17 lower plate 20 mold set 21 1 upper mold positioning pin 22 lower mold 222 lower mold groove 30 upper end device 32 upper end material pressure cylinder 331 upper guide hole 35 Telescopic claws 40 lower end device 42 lower end material pressure cylinder 431 lower guide hole 45 lower telescopic claw 5 0 press machine 52 clamping cylinder 54 upper plate 55 lower plate 60 mechanical arm 61 1 support groove 11 upper mold base 13 pillar 1 5 clamping cylinder 161 upper plate positioning hole 1 71 lower plate positioning hole 21 upper die 212 upper die groove 221 lower die positioning pin 223 end material column 31 upper bottom plate 3 3 upper rail plate 34 upper guide bar 351 upper claw portion 41 Lower bottom plate 43 lower rail plate 44 lower guide rod 451 lower claw portion 51 upper mold base 53 lower mold base 541 upper plate positioning hole 551 lower plate positioning hole 61 arm