M428044 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種可移動式鎖模大柱射出成型 機，具體地說，{關於-種模具.夾固裝置的鎖模大柱可 軸向移動之結構。 【先前技術】M428044 V. New Description: [New Technical Field] This creation is about a movable type-locking large-column injection molding machine. Specifically, the mold-clamping column of the clamping device can be axially oriented. The structure of the move. [Prior Art]
現今射出成型機的夾模機組之鎖模大柱結構為固 疋式’在安裝模具作業過程中，須將模具吊起且高度必 須高於夾模機組’方能將模具置入夾模機組中，故部份 工作場所常因高度空間不^ ’造成作業上之困難；即使 工作場所高度空間足夠，惟仍受限於固定式的鎖模大 柱，必須將模具來回轉向，方能將模具置入夹模機組 中’每形之中消耗太多時間於安裝模具尽增加安褒之困 難度。 〜 .、 · 除此，習用夾模機組的鎖模大柱結構，使模具設計 在尺寸上，需考量到是否&閃避過鎖模大柱，安裝於夾 模機組内，讓模具設計上有所限制。 【新型内容】 能縮短作 本創作可移動式鎖模大柱射出成型機，係為克服現 有射出成型機在夾模機組上之缺失，使模具在置入夾模 機組之作業上，能不受限於工作場所之高度並 業時間。 向移入，不受限於工作場所之高度 時間及困難度。 本創作係將現有射出成 柱’其位於上端之其_ 一根， 計’使模具於置入夾模機組時 型機t之固定式鎖模大 改良為可做軸向移動之設 ’可直接於夾模機組旁橫 亦可大大縮短作業 本創作係改良現有射出成型機，利用前車壁的固定 座，可開啟及鉗固能軸向移動之鎖模大柱，並藉夹模機 組後車壁的大柱移較置，來調整控制可移動式鎖模大 柱的轴向移動長度，使模具不需閃避上端鎖模大柱，即 可將模具快速安裝於前車壁上，以達到減少吊掛模具閃 避鎖模大柱所需之空間及方便作業之效果。 本創作可移動式鎖模大柱射出成型機，係將夾模機 組，一可移動式鎖费大柱，設計為可由*車壁的固定座. 鬆脫可移動式鎖模大柱’使可移動式鎖模大柱可沿軸心 方向移動’讓模具安裝過程中沒有閃避鎖模大柱之問 題0 综上所述，本創作具有下列優點.： 可沿軸心移動的鎖模大柱設計，讓模具安裝過程中 不需去.閃避鎖模大柱，減少安裝上之困難及吊掛模 具所需之空間。 2、前車壁的固定座， 大桂 能快速固定及鬆脫可移動式鎖模 【實施方式】 、請參閱第1圖所示，本創作可移動式鎖模大柱射出 成型機’係包括一夾模機組卜該夾模機組i有一壁組 2一、數鎖模大柱3、數拉固件4、一可移動式鎖模大柱5、 一大杈移動裝置6及一固定座7,其中： —壁址2包括有矩形造型的一前車壁2卜一後車壁 22及一活動壁23,該後車壁22設於前車壁21後端， 活動壁23置於前車壁21及後車壁22之間，其各壁面 近邊角處設有相對應同軸心的貫穿孔211、22卜231。 數鎖模大柱3貫穿壁組2的前車壁21、後車壁22 及活動壁23,穿伸過相對應同—軸心上的貫穿孔⑴、 221 '23 卜 .· 數拉固件4設於前車壁21^端鎖模大柱3貫穿位 置’分別固定數鎖模大柱3。 —可移動式鎖模大柱5貫穿前車壁21、活動壁Μ 後車』22的上端相對應位置的貫穿孔2ί 1、以卜μ卜 可沿軸向柚離前車壁21至活動壁23。 大柱移動裝置6設於後車壁22與可移動式鎖模大 柱5連結’其包括-大柱移動缸61 活塞桿62及 M428044 連。件63, 6亥-大柱移動缸61設於後車壁對應可移 動式鎖模大柱5位置’可為油屢或氣1驅動，該活塞桿 62—端穿伸出大柱移動缸61，並於末端設有連結件63, 該連結件63與可移動式鎖模大柱5連結，使大柱移動 紅61可驅動活塞桿62,讓可移動式鎖模大柱5進行轴 向運動。 請參閱第1及3圖所示，-固定座7設於前車壁21 前端可移動式鎖模大柱5貫穿位置，固定座？包括有一 鉗固壓…、一連桿裝置72、兩剖半螺母η及—鉗 固活塞桿74,該钳固壓力虹71可為油壓或氣壓驅動， :兩=半螺母73為半圓形造型，㈣半螺母力—端拖 设於前車壁21供可移動式鎖模大柱5貫穿的貫穿孔211 同側且呈開。圓排列，該鉗固活塞桿74 —端穿伸出甜 固壓力红L並與，半螺母73的另—端藉由.連桿裝 置72連結作動。 、 、 口月參閱第2、3及4圖所示’本創作在運作時由 大柱移減61驅動活塞桿62，使藉由連結件Μ連結的 可移動式鎖模大柱5,可沿軸向移動穿伸過活動壁23至 前車壁21的固定座7,再由固定座7的钳固壓力紅71 驅動甜固活塞桿74,壓伸連結的連桿裝置72 ,造成連 桿t置12-墨|緊—㈣—連—桿另，端連鋼—兩飞 半螺母73，往圓心鉗固穿伸前車壁2i的 j』栘動式鎖模 大杈5’以達到固定可移動式鎖模大柱 之功迠。本創 可移動式鎖模大柱5的設計，在安裝模具時，可移動 式鎖模大柱5沿軸心移動退至活動壁23，讓模具置入夾 模機組1日夺’可直接於夾模機組i旁橫向移入不受限 於工作場所之高度’減少安裝上的困難及吊掛模具所需 之二間，模具的尺寸也有更大的設計空間。 5月參閱第5及6圖所示，本創作有一實施例，用以 固疋可移動式鎖模大柱5的結構為具數夾持壓力缸 的固定座7a’其包括有一座體71a、數夹持壓力缸72&、 數螺母73a及數夾持活塞桿74a，該座體？la設於前車 壁21可移動式鎖模大柱5貫穿位置，座體71&有一腔 至Η 1a供可移動式鎖模大柱5穿伸，該夹持壓力缸72a 可為油壓或氣壓驅動，數夾持·壓力缸72a環設於座體71a 外圍，夾持壓力缸72a設有可伸縮穿伸至座體71a腔室 711 a的夹持活塞桿，並與置於腔室7Ί 1 a内的螺母 73β連結。 8月參閱第5、6及7圖所示，本創作一實施例之運 作s兒明’該可移動式鎖模大柱5穿伸前車壁21至固定 座7a座體7la的腔室711a時，數夾持壓力缸72a驅動 可伸縮的夾持活塞桿74a，使夾持活塞桿74a連結的螺 M428044 母73a往可移動式鎖模大柱5圓心方向固定可移動式鎖 拉大柱5。請參閱第8圖所示，於座體7la前端可裝設 有蓋體75a’可保護人員的作業安全及可移動式鎖模: 柱5的移動定位。 另，數夾持壓減72a及數料73a相對應配置， 可為四夾持壓力缸72a及四螺母73a(如第6圖所示）， 或可為兩夾持壓力缸72a及兩螺母73a(如第9圖所示）。 【圖式簡單說明】 第1圖：係本創作之立體圖。 第2圖：係、本創作之可移動式鎖模大柱轴向移動圖。 第3圖：係本創作之固定座正視圖。 第4圖：係本創作之固定座動作圖。 第5圖：係本創作之一實施例裝設於前車壁立體圖。 第6圖：係本創作之一實施例立體圖。. 第7圖：係本創作之—㈣例夹固可移動、式鎖模大柱圖。 第8圖：係本創作之一實施例安裝蓋體圖。 第9圖：係本創作之一實施例為夾持壓力缸及螺母相對 應配置圖。 【主要元件符號說明】Nowadays, the clamping structure of the clamping unit of the injection molding machine is solid-solid. In the process of installing the mold, the mold must be lifted and the height must be higher than the clamping unit to place the mold into the clamping unit. Therefore, some workplaces often cause difficulty in operation due to the high space; even if the workplace is sufficiently space-constrained, it is still limited to the fixed type of large-size clamping column, and the mold must be turned back and forth to place the mold. In the clamping mold unit, it takes too much time in each shape to increase the difficulty of installing the mold. ~ ., · In addition, the clamping die column structure of the conventional clamping unit makes the mold design in size, and it is necessary to consider whether or not the flashing over the clamping large column is installed in the clamping unit, so that the mold design has Limited. [New content] It can shorten the design of the movable mold-locking large-column injection molding machine, which is to overcome the lack of the existing injection molding machine on the clamping unit, so that the mold can be placed on the operation of the clamping unit. Limited to the height of the workplace and time. Move in, not limited to the height of the workplace and the difficulty. This creation department will shoot the existing column into the column, which is located at the upper end of the column, so that the fixed mold of the mold t can be improved to the axial movement when the mold is placed in the clamping unit. The cross-section of the clamping unit can also greatly shorten the operation. The original injection molding machine is modified by the original creation system. The fixed seat of the front wall can be used to open and clamp the axially movable large-size clamping column, and the clamping unit can be used. The large column of the wall is moved to adjust the axial movement length of the movable mold-locking large column, so that the mold can be quickly installed on the front wall without the need to evade the upper mold clamping column, so as to reduce The hanging mold avoids the space required for the clamping of the large column and facilitates the work. The creation of the movable type-locking large-column injection molding machine is a clamping unit, a movable locking large column, designed as a fixed seat that can be *walled. Loose removable mold-locking large column' The movable clamping large column can be moved along the axis direction. 'There is no problem of avoiding the clamping of the large column during the mold installation. In summary, this creation has the following advantages: The design of the clamping large column that can be moved along the axis Therefore, it is not necessary to remove the mold-locking large column during the mold installation process, thereby reducing the difficulty in installation and the space required for hanging the mold. 2. The fixed seat of the front wall, Dagui can quickly fix and loosen the movable clamping mold. [Embodiment] Please refer to Figure 1 for the creation of the movable mold-locking large-column injection molding machine. a clamping unit, the clamping unit i has a wall group 2, a number of clamping large columns 3, a number of fasteners 4, a movable clamping large column 5, a large moving device 6 and a fixing base 7, Wherein: - the wall 2 comprises a front wall 2 with a rectangular shape, a rear wall 22 and a movable wall 23, the rear wall 22 is disposed at the rear end of the front wall 21, and the movable wall 23 is placed on the front wall Between the 21 and the rear wall 22, through holes 211, 22, 231 corresponding to the concentric centers are provided at the near corners of the respective wall faces. The plurality of clamping dies 3 penetrate the front wall 21, the rear wall 22 and the movable wall 23 of the wall group 2, and extend through the corresponding through holes (1), 221 '23 on the shaft center. It is disposed at the front end of the front wall 21 of the clamping die column 3 at a position of 'fixed number of clamping large columns 3 respectively. - The movable clamping large column 5 runs through the front wall 21, the movable wall 贯穿 The through hole of the upper end of the rear car 22 is corresponding to the position 2ί1, and the arm can be separated from the front wall 21 to the movable wall along the axial pomelo twenty three. The large column moving device 6 is disposed on the rear wall 22 and coupled to the movable mold clamping column 5, which includes a large column moving cylinder 61, a piston rod 62 and a M428044. The 63, 6-column-large column moving cylinder 61 is disposed on the rear wall corresponding to the movable mold-locking large column 5 position 'can be driven by oil or gas 1 , and the piston rod 62 is extended to extend the large column moving cylinder 61 And at the end is provided with a connecting member 63, the connecting member 63 is coupled with the movable clamping large column 5, so that the large column moving red 61 can drive the piston rod 62, and the movable clamping large column 5 is axially moved. . Please refer to the first and third figures. - The fixing base 7 is provided at the front end of the front wall 21 and the movable clamping mold column 5 is inserted. The utility model comprises a clamping force fixing device, a connecting rod device 72, two splitting half nuts η and a clamping piston rod 74. The clamping pressure rainbow 71 can be driven by oil pressure or air pressure, and the two=half nuts 73 are semicircular. The shape, (4) half nut force-end is dragged on the front wall 21 for the movable clamping mold column 5 to penetrate the same side of the through hole 211 and open. In a circular arrangement, the caliper piston rod 74 is extended to extend the sweet pressure red L and the other end of the half nut 73 is coupled by the link device 72. , and the month of the month, as shown in Figures 2, 3 and 4, 'this creation is driven by the large column 61 to drive the piston rod 62 during operation, so that the movable clamping column 5 connected by the connecting piece can be along The axial movement moves through the movable wall 23 to the fixing seat 7 of the front vehicle wall 21, and then the clamping pressure red 71 of the fixing seat 7 drives the sweet piston rod 74, and the connecting connecting rod device 72 is pressed to cause the connecting rod t Set 12-ink|tight-(four)-connected-rods, end-connected steel-two-flying and half-nuts 73, to the center of the core to clamp the front wall 2i j 栘 式 锁 锁 杈 ' ' ' ' 以The power of the movable clamping large column. The design of the movable movable clamping large column 5, when the mold is installed, the movable clamping large column 5 moves along the axis to the movable wall 23, and the mold is placed in the clamping unit for 1 day. The lateral movement of the clamping unit i is not limited to the height of the workplace. 'The difficulty in installation and the two required for hanging the mold, and the size of the mold also has a larger design space. Referring to Figures 5 and 6 in May, there is an embodiment in which the structure for fixing the movable mold-locking pillar 5 is a fixed seat 7a' having a plurality of clamping cylinders, which includes a body 71a, The number of clamping cylinders 72 &, the number of nuts 73a and the number of clamping piston rods 74a, the seat? La is disposed on the front wall 21 of the movable mold clamping column 5, and the seat body 71& has a cavity to the Η 1a for the movable clamping large column 5 to penetrate, the clamping cylinder 72a may be oil pressure or The air pressure driving, the plurality of clamping and pressing cylinders 72a are annularly disposed on the outer periphery of the seat body 71a, and the clamping pressure cylinder 72a is provided with a clamping piston rod that is telescopically extended to the chamber 71a of the seat body 71a, and is placed in the chamber 7Ί. The nut 73β in 1 a is connected. Referring to Figures 5, 6 and 7 in August, the operation of an embodiment of the present invention shows that the movable mold-locking pillar 5 extends through the front wall 21 to the chamber 711a of the seat 7la of the fixing seat 7a. When the clamping cylinder 72a drives the telescopic clamping piston rod 74a, the screw M428044 female 73a that connects the clamping piston rod 74a is fixed to the center of the movable clamping mold pillar 5, and the movable locking column 5 is fixed. . Referring to Fig. 8, a cover body 75a' can be attached to the front end of the seat body 7la to protect the safety of the person and the movable mold clamping: the movement positioning of the column 5. In addition, the plurality of clamping pressure reduction 72a and the material 73a are correspondingly arranged, and may be a four clamping cylinder 72a and a four nut 73a (as shown in FIG. 6), or may be two clamping cylinders 72a and two nuts 73a. (as shown in Figure 9). [Simple description of the diagram] Figure 1: A perspective view of the creation. Figure 2: The axial movement diagram of the movable type-locked large column of the system. Figure 3: Front view of the fixed seat of this creation. Figure 4: The action diagram of the fixed seat of this creation. Fig. 5 is a perspective view showing an embodiment of the present invention installed in the front wall. Fig. 6 is a perspective view showing an embodiment of the present invention. Figure 7: This is the creation of the (4) case of the movable, type-locked large column diagram. Fig. 8 is a diagram showing the installation of a cover body in an embodiment of the present invention. Fig. 9: An embodiment of the present invention is a corresponding arrangement diagram of a clamping cylinder and a nut. [Main component symbol description]
1.夾模機組 21 了前一車一壁一 2.壁組 2—πτ 貫 n M428044 22.後車壁 221.貫穿孔 23.活動壁 231.貫穿孔 3.鎖模大枉 4.拉固件 5.可移動式鎖模大柱 6.大柱移動裝置 61.大柱移動缸 62.活塞桿 63.連結件 7.固定座 71.钳固壓力缸 72.連桿裝置 73.剖半螺母 74.鉗固活塞桿 7a.固定座 71a.座體 711 a.腔室 72a..夾持壓力缸 73a.螺母 7 5 a.蓋體 74a.夾持活塞桿1. Clamping unit 21 has a front wall, a wall, a wall, a wall, a wall, a wall, a wall, a wall, a wall, a wall, a wall, a wall 221, a rear wall, a movable wall, a 231. a through hole, a movable mold, a 231. 5. Movable mold clamping large column 6. Large column moving device 61. Large column moving cylinder 62. Piston rod 63. Connecting piece 7. Fixing seat 71. Clamping pressure cylinder 72. Connecting rod device 73. Splitting half nut 74 Clamping piston rod 7a. Fixing seat 71a. Seat body 711 a. Chamber 72a.. Clamping pressure cylinder 73a. Nut 7 5 a. Cover body 74a. Clamping piston rod