M333293 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種橡膠硫化設備，特別是指—種呈 有取料裝置的橡膠硫化機。 ^ 【先前技術】 習用一種輪胎硫化機，如申請案號第88215792號申社 案所揭露，是將欲硫化的輪胎置於已加熱的一上、下模^ 間，該輪胎内部再以一膠囊對輪胎加熱、加壓，即可達到 硫化目的。且因為輪胎的形狀單純，上、下模分離即可順 利脫模取料。 如圖1所示，是-種橡膠緩衝墊i，其外型是在兩圈凸 環101之間具有-圈凹入部102,若採用習用的輪胎硫化機 ’勢必無法順利成型及脫膜。 【新型内容】 因此，本新型之目的，即在提供一種可硫化成型一截 面呈連續波浪造型的橡膠緩衝墊且可使橡膠緩衝墊輕易脫 模之具有取料裝置的橡膠硫化機。 於疋，本新型具有取料裝置的橡膠硫化機，適宜將一 中空直筒狀之橡膠胚材，硫化成型一截面呈連續波浪造变 的橡膠緩衝墊，該橡膠硫化機包含—機架、—頂昇壓缸、 -硫化裝置及-取料裝置。該機架具有一底座、—設置該 底座上方的頂蓋及多數連結在該底座與該頂蓋之間的導桿 。該頂昇壓缸是設置在該底座内部，並具有—相對於該頂 蓋伸縮的活塞部，該活塞部具有一頂面及一由該頂面凹設 5 M333293 的容納空間。該硫化裝置具有一模具單元及一塑形單元， 該模具單元是可被加熱並具有一固定在該頂昇壓缸頂面的 下模、一與該下模相對設置且固定在該頂蓋的上模及至少M333293 VIII. New description: [New technical field] The present invention relates to a rubber vulcanizing device, in particular to a rubber vulcanizing machine with a reclaiming device. ^ [Prior Art] A tire vulcanizing machine is conventionally used. As disclosed in the application No. 88215792, the tire to be vulcanized is placed in a heated upper and lower mold, and the inside of the tire is again a capsule. The tire can be heated and pressurized to achieve the purpose of vulcanization. And because the shape of the tire is simple, the upper and lower molds can be separated and the material can be smoothly taken out. As shown in Fig. 1, a rubber cushion pad i has a shape in which a ring-shaped concave portion 102 is provided between the two ring-shaped convex rings 101. If a conventional tire vulcanizer is used, it is impossible to form and remove the film smoothly. [New content] Therefore, the object of the present invention is to provide a rubber vulcanizer having a reclaiming device which can vulcanize a rubber cushion having a continuous wave shape in a continuous wave shape and can easily release the rubber cushion. Yu Yu, the new rubber vulcanizing machine with a reclaiming device, is suitable for vulcanizing a rubber foaming material with a continuous wave shape by a hollow straight rubber seedling. The rubber vulcanizing machine comprises a frame, a top Boost cylinder, - vulcanization unit and - reclaimer. The frame has a base, a top cover disposed above the base, and a plurality of guides coupled between the base and the top cover. The top booster cylinder is disposed inside the base and has a piston portion that is telescopic with respect to the top cover. The piston portion has a top surface and a receiving space recessed by the top surface by 5 M333293. The vulcanizing device has a die unit and a shaping unit, and the die unit is heated and has a lower die fixed to a top surface of the top boosting cylinder, and a lower die opposite to the lower die and fixed to the top cover Upper mold and at least
-設置在該下模與該上模之間且可沿該等導桿滑動的中模 ，該下模具有一下凹孔，該上模具有一上凹孔，該中模具 有二相對於該下、上凹孔的中間凹孔，在一開模狀態時， 該下杈、上模與中模互相分離，在一閉模狀態時，該下模 上杈與中杈互相靠合’且該下、上凹孔與該等中間凹孔 共同配合出一截面呈連續波浪造型的模穴，該塑形單元是 與該頂昇壓缸相對設置，並具有一安裝在該頂蓋的固定件 、-設置在該固定件與該底座之間的活動件、—氣密地固 設在該固定件與該活動件上的膠囊及—安裝在該頂蓋的壓 力缸，該壓力缸具有-可驅動該活動件相對於該固定件趨 近或遠離的活塞桿，該模具單元在開模狀態時，該活動件 相對於該固定件遠離，且該膠囊呈一伸展狀態，該模具單 7L在閉模狀態時，該活動件相對於該固定件趨近，該膠囊 配合該模穴沿軸向及徑向變形呈一變形狀態，且可將橡膠 胚材硫化成橡膠緩衝塾。該取料裝置具有—驅動壓紅及― 在開模狀態時安裝在該下模的勾爪單元，該驅動壓紅具有 -固定在該頂昇壓缸之容納空間中的缸體及一相對於該缸 體伸'%的活塞桿，肖勾爪單元受該驅動壓缸驅動可由— 近於該下模的第-位置’移動至—驅近於該中模的第二位 力置’並具有—連結在該活塞桿上的底架及多數連結在該底 木上的勾爪，該等勾爪各具有一用以將橡膠緩衝塾自該中 6 M333293 間凹孔拆離的勾部。 藉此，利用該頂昇壓缸可使該模具單元由開模狀態操 作成閉模狀態，且使該塑形單元的膠囊由伸展狀態操作成 變形狀悲’即可使該橡膠胚材硫化成型成該橡膠緩衝墊， 再利用該取料裝置可達到輕易脫模的目的。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中，將可 清楚的呈現。 如圖2、圖3及圖4所示，本新型具有取料裝置的橡膠 硫化機較佳實施例，適宜將一中空直筒狀之橡膠胚材1〇〇， 硫化成型一截面呈連續波浪造型的橡膠緩衝墊1〇〇，，該橡 膠硫化機包含一機架1〇、一安裝在該機架1〇上的頂昇壓缸 2〇、一安裝在該機架10上的硫化裝置3〇及一可局部拆卸 地安裝在該頂昇壓缸20上的取料裝置4〇 (見圖5)。 該機架10具有一底座U、一設置該底座u上方的頂 蓋丨2及多數連結在該底座U與該頂蓋12之間的導桿13， 該等導桿13中段各凸設有二擋塊131。 該頂昇壓缸20是設置在該底座n内部，並具有一相對 於該頂蓋12伸縮的活塞部21，該活塞部21具有一頂面2ιι 及一由該頂面211凹設的容納空間212。 該硫化裝置30具有一模具單元50及一塑形單元6〇。 該模具單元50具有一固定在該頂昇壓缸2〇頂面Ml的 下模51、一與該下模51相對設置且固定在該頂蓋12的上 M333293 模52及-設置在該下模51與該上模52之間且可沿該 桿Π滑動的中模53。該下模51具有—截面呈圓弧^且開 口朝上的下凹孔511及-環設在該下凹孔511外部的下環道 512’該上模52具有-截面呈圓弧狀且開口朝下的上凹孔 521及-環設在該上凹孔521外部的上環道522，該十模幻 =有二相纽置且㈣於該下、切孔511、521的圓弧狀 間凹孔531、-環設在該等中間凹孔531外部的中間環道 532、多數由-外周面朝該等導桿13延伸的支桿切及多 數固設在該等支桿533末端且套設在該等導桿13上的導套 534。如圖2所示’在-開模狀態時，該下模51、上模52 與中模53與互相分離，句·望# 刀離。亥專擋塊υι提供該等導套534抵 止定位’如圖4所示’在-閉模狀態時，該下帛5卜上模 52與中模53互相靠人，日^ρ π * 且*亥下、上凹孔511、521與該等 中間凹孔531共同s?人ψ _ # : ^ J - 口出一截面呈連續波浪造型的模穴54 5 512^ 522 ^tfaimit T導入熱源（例如蒸氣）’且使模具單元50可被加熱。 该塑形單元60是與該頂昇壓幻Q相對設置，並且有 一安裝在該頂蓋12的固定 該底…間的活動ΓΓ 置在該固定件61與 與該活動株0 、一軋密地固設在該固定件61 64 i的膠囊63及-安裝在該頂蓋12的壓力缸 件。：Γ力缸64具有一穿過該固定件61且固設在該活動 件62 /塞桿641。且藉該活塞桿641伸縮可驅動該活動 件62相對於該固 模狀態時，該活二2 ^ 相對於读固定件61遠離，且該膠 M333293 二二=? 2所示)’該模具單元50在閉模 :二夕活動件62相對於該以件61趨近，該膠囊⑺ :该核穴54沿軸向及徑向變形呈-變形狀態（如圖4所 不’且可將橡膠胚材100硫化成橡膠緩衝塾刚，，另外， :圖”斤示，該膠囊63可導入熱源（例如蒸氣)，且使橡 夕胚材100可被加熱進行硫化。 一如圖5、圖7所示’該取料裝置4〇具有一驅動麼㈣ -在開模狀態時安裝在該下模51上方的勾爪單元仏及 2制組43。該驅動^41具有— μ在該頂昇屋缸2〇 /塞才干化，該勾爪單元42受該驅動壓叙4i驅動可由一趨 亥下模51的第一位置’移動至—驅近於該中模53的 第二位置，且配合參閱圖7’該勾爪單元 ^塞桿412上的底架421及多數連結在該底架42f = 勾爪似，該底架421呈十字狀，該等勾爪422各且有一可 相對於該底架421向内及向外枢轉以及上下昇降的連結部 3及-與該連結部423相反設置且用以將橡膠緩衝塾議， 自該中間凹孔531中拆離的勾部似，利用該等連結部似 可相對於底架42i枢轉及昇降之作用，該等㈣424可輕 易自該膠囊63與該橡膠緩衝墊1〇〇,底部開口之間卡入神 固嵌扣在該橡膠緩㈣謂，底緣。配令參_ 8，該控制租 们具有-安裝在該底座u上的操作把手43ι及—受該操作 把手如控制的控制閥432，利用該操作把手43ι連動該控 制閥432可驅動該活塞桿412產生伸縮動作。 M333293 ^如圖2戶斤示，在欲進行硫化作業之前，該模具單元 等:在開模狀態」且該中模53利用該等導套別抵靠在該 ® ▲ 131上獲件定位，且使得該中模53與下模5卜上模 52之間各形成—間隔距離。此時，操作者可將中空直筒狀 的橡膠胚材議放置在該下模51的下凹孔5ιι中，而該遷 力“4的活塞桿641也呈伸出狀態，使得該膠囊63呈伸 展狀態，並對準於該橡膠胚材1〇〇的内部。a middle mold disposed between the lower mold and the upper mold and slidable along the guide rods, the lower mold having a recessed hole, the upper mold having an upper recessed hole, wherein the middle mold has two opposite sides, The middle concave hole of the upper concave hole, the upper jaw, the upper mold and the middle mold are separated from each other in a mold opening state, and in a closed state, the upper jaw and the middle jaw of the lower mold are in close contact with each other and the lower The upper recessed hole cooperates with the intermediate recessed holes to form a cavity having a continuous wave shape, the shaping unit is disposed opposite to the top booster cylinder, and has a fixing member mounted on the top cover, a movable member between the fixing member and the base, a capsule fixedly attached to the fixing member and the movable member, and a pressure cylinder mounted on the top cover, the pressure cylinder having - driving the activity a piston rod that is closer to or away from the fixing member, the movable member is away from the fixing member when the mold unit is in a mold opening state, and the capsule is in an extended state, and the mold sheet 7L is in a closed state The movable member approaches the fixing member, and the capsule cooperates with the cavity along the axis And a radial deformation was deformed state, and the rubber material may be vulcanized into the embryo rubber cushion Sook. The reclaiming device has a driving pressure red and a hook unit mounted on the lower mold when the mold is opened, the driving red has a cylinder fixed in the receiving space of the top boosting cylinder and a relative to The cylinder extends '% of the piston rod, and the crank claw unit is driven by the driving cylinder - near the first position of the lower mold 'moving to - driving the second position of the middle mold' and having - a chassis attached to the piston rod and a plurality of hooks attached to the bottom, each of the hooks having a hook for detaching the rubber buffer from the recess of the 6 M333293. Thereby, the top pressure boosting cylinder can be used to operate the mold unit from the mold opening state to the closed mold state, and the capsule of the shaping unit is operated from the extended state to the shape change, so that the rubber blank material can be vulcanized. The rubber cushion is used, and the reclaiming device can be used to achieve the purpose of easy demoulding. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments. As shown in FIG. 2, FIG. 3 and FIG. 4, the preferred embodiment of the rubber vulcanizing machine with the reclaiming device is suitable for a hollow straight cylindrical rubber material, which is vulcanized and formed into a continuous wave shape. a rubber cushioning device, wherein the rubber vulcanizer comprises a frame 1 , a top boosting cylinder 2 mounted on the frame 1 , a vulcanizing device 3 mounted on the frame 10 , and A take-up device 4〇 (see Fig. 5) that is partially detachably mounted on the top booster cylinder 20. The frame 10 has a base U, a top cover 2 disposed above the base u, and a plurality of guide rods 13 connected between the base U and the top cover 12, and the middle portions of the guide rods 13 are respectively convexly disposed. Stop 131. The top booster cylinder 20 is disposed inside the base n and has a piston portion 21 that is telescopic with respect to the top cover 12. The piston portion 21 has a top surface 2 ιι and a receiving space recessed by the top surface 211. 212. The vulcanizing unit 30 has a die unit 50 and a shaping unit 6〇. The mold unit 50 has a lower mold 51 fixed to the top surface M1 of the top boost cylinder 2, an upper M333293 mold 52 disposed opposite to the lower mold 51 and fixed to the top cover 12, and disposed on the lower mold A middle mold 53 that is interposed between the upper mold 52 and slidable along the rod. The lower mold 51 has a lower concave hole 511 having a circular arc shape and an opening upward, and a lower annular passage 512 ′ which is disposed outside the lower concave hole 511. The upper mold 52 has an arc-shaped cross section and an opening. The downwardly facing upper recessed hole 521 and the ring are disposed on the upper loop 522 outside the upper recessed hole 521, and the ten-module=two-phased and (four) arc-shaped recessed in the lower and the cut-holes 511 and 521 The hole 531, the intermediate ring 532 disposed outside the intermediate recess 531, and the plurality of rods extending from the outer peripheral surface toward the guide rods 13 are cut and most are fixed at the ends of the rods 533 and sleeved A guide sleeve 534 on the guide bars 13. As shown in Fig. 2, the lower mold 51, the upper mold 52 and the middle mold 53 are separated from each other, and the sentence is turned away. The cover block 534 provides the guide sleeves 534 to resist the positioning 'in the closed-mode state as shown in FIG. 4, the lower jaw 52 and the middle mold 53 are mutually dependent, and the day ^ρ π * and * Under the sea, the upper recessed holes 511, 521 and the intermediate recessed holes 531 are combined with each other. _ # : ^ J - A cavity with a continuous wave shape of a section 54 5 512^ 522 ^tfaimit T is introduced into the heat source ( For example, steam)' and the mold unit 50 can be heated. The shaping unit 60 is disposed opposite to the top boosting phantom Q, and has a movable member mounted between the fixing portion 61 of the top cover 12 at the fixing member 61 and the movable strain 0 The capsule 63 fixed to the fixing member 61 64 i and the pressure cylinder member mounted on the top cover 12 are mounted. The force cylinder 64 has a passing through the fixing member 61 and is fixed to the movable member 62 / the plug rod 641. And when the piston rod 641 is telescopically drivable to drive the movable member 62 relative to the fixed mold state, the live 2 2 is away from the read fixture 61, and the glue M333293 22=2 shows) the mold unit 50 is in closed mode: the movable member 62 is approached with respect to the member 61. The capsule (7): the nuclear cavity 54 is deformed in an axially and radially deformed state (as shown in FIG. 4) and the rubber embryo can be The material 100 is vulcanized into a rubber buffer 塾, and, in addition, the capsule 63 can be introduced into a heat source (for example, steam), and the rubber substrate 100 can be heated and vulcanized. As shown in FIG. 5 and FIG. Show that the pick-up device 4 has a drive (four) - a hook unit 仏 and a set of 43 mounted above the lower mold 51 in the mold opening state. The drive 41 has - μ in the top lift tank 2〇/塞干化, the hook unit 42 is driven by the driving press 4i to be moved from the first position ' of the first lower die 51 to the second position close to the middle die 53 7' The hook unit 412 and the bottom frame 421 are mostly connected to the chassis 42f = hooks, the chassis 421 is cross-shaped, and the hooks 422 are respectively And a connecting portion 3 which is pivotable inwardly and outwardly with respect to the chassis 421 and up and down, and is disposed opposite to the connecting portion 423 for absorbing the rubber, and is detached from the intermediate recess 531 The hook portion is similar to the function of pivoting and lifting relative to the chassis 42i. The (four) 424 can be easily inserted from the capsule 63 with the rubber cushion 1 and the bottom opening. Buckle in the rubber (four), the bottom edge. With the command _ 8, the control renter has - an operating handle 43ι mounted on the base u and - the control handle 432 controlled by the operating handle, using the operating handle The control valve 432 can drive the piston rod 412 to generate a telescopic movement. M333293 ^ Figure 2 shows the mold unit, before the vulcanization operation, the mold unit or the like: in the mold opening state, and the middle mold 53 utilizes the same The guide sleeve is positioned against the ▲ 131, and the middle mold 53 and the lower mold 5 are formed at a distance from each other. At this time, the operator can insert a hollow straight rubber embryo. The material is placed in the lower recess 5 ιι of the lower mold 51, and the relocation force "4" The piston rod 641 is also extended so that the capsule 63 is in an extended state and aligned with the inside of the rubber blank 1〇〇.
再如圖4所示’當頂昇脉2()的活塞部21向上頂昇 時’該模具單it 50的下模51頂推中模53朝上模Μ靠合 直到呈閉杈狀態’該活動件62也受到下模51的頂推而 相對於該固定件61趨近，此時，該下、上凹孔5ιι、521與 s等中間凹孔531 #同配合出截面呈連續波浪造型的模穴 54,而該膠囊63也配合該模穴54沿軸向及徑向變形呈變 形狀態，並可將蒸氣透過該固定件61而導入該膠囊63内 部（如箭頭所示），則由該膠囊63由内而外地對該橡膠胚 材100加熱、加壓，以及利用該下、上環道512、522及中 間環道532導入蒸氣，且由外朝内對橡膠胚材1〇〇加熱’ 即使得該橡膠胚材100硫化成橡膠緩衝墊1〇〇,。 當硫化成型後，如圖5、圖6及圖8所示，先操作該頂 昇壓缸20下降，且使得該模具單元5〇回復成開模狀態， «亥壓力缸64之活塞桿641也再作伸出動作，且使得該膠囊 63回復成伸展狀態，即可將該勾爪單元42的底架421鎖固 於該驅動壓缸41的活塞桿412上’並操作該控制組43的 操作把手431及連動該控制閥432 ·，即可使得該勾爪單元 10 M333293 42受該驅動壓缸41驅動而由趨近於該下模η的第 ，移動至料於該巾模53的第二位置，操作者再將該 爪422的勾部424扣入該橡膠緩衝墊100,底緣，再操作該 控制組43的操作把手431及連動該控制閥432 ,即可使 該勾爪單…第二位置下移動至第一位置，即可利= 勾爪早兀42將橡膠緩衝墊1〇〇’自該中模53中拆 ‘ 到順利脫模之目的。 而達 因此☆’本新型利用整體構件之配合，不僅可使橡膠胚 奴化成型成橡膠緩衝墊1〇〇，，且橡膠緩衝墊忉〇,妒 化成型後更可利用該取料裝置4G而㈣地脫模，且適合^ 於成3L截面呈連續波浪造型的橡膠緩衝墊。 值得一提的是’本新型實施例所示之橡膠緩衝塾刚， 僅呈雙圈式’當欲針對較多圈數的橡膠緩衝墊刚，進行硫4, when the piston portion 21 of the top lift 2 (upwardly ascends upwards), the lower mold 51 of the mold unit single 50 pushes the middle mold 53 toward the upper mold until it is in a closed state. The movable member 62 is also pushed by the lower die 51 to be approached with respect to the fixing member 61. At this time, the lower and upper recessed holes 5, 521 and 521 and the intermediate recessed holes 531 of the same shape are formed in a continuous wave shape. a cavity 54, wherein the capsule 63 is deformed in the axial direction and the radial direction together with the cavity 54, and the vapor is transmitted through the fixing member 61 and introduced into the inside of the capsule 63 (as indicated by an arrow). The capsule 63 heats and presses the rubber blank 100 from the inside out, and introduces steam by the lower and upper loops 512, 522 and the intermediate loop 532, and heats the rubber blank 1 from the outside toward the inside. The rubber blank 100 is vulcanized into a rubber cushion 1 〇〇. After the vulcanization molding, as shown in FIG. 5, FIG. 6 and FIG. 8, the top booster cylinder 20 is first lowered, and the mold unit 5 is returned to the mold opening state, and the piston rod 641 of the "Hi-pressure cylinder 64" is also Further, the extending action is performed, and the capsule 63 is returned to the extended state, and the chassis 421 of the hook unit 42 is locked to the piston rod 412 of the driving cylinder 41 and the operation of the control group 43 is operated. The handle 431 and the linkage control valve 432 can be driven by the driving cylinder 41 to move from the first to the lower mold n to the second material of the towel mold 53. Position, the operator then buckles the hook portion 424 of the claw 422 into the rubber cushion 100, the bottom edge, and then operates the operation handle 431 of the control group 43 and interlocks the control valve 432 to make the claw single... Move to the first position under the two positions, then the profit = the claws early 42 will remove the rubber cushion 1〇〇 'from the middle mold 53' to the purpose of smooth demoulding. Therefore, this new type of composite member can not only form the rubber lining into a rubber cushion, but also the rubber cushion 忉〇. After the smelting, the reclaiming device 4G can be utilized (4) The mold is demoulded and suitable for a rubber cushion with a continuous wave shape in a 3L section. It is worth mentioning that the rubber buffer 塾 just shown in the embodiment of the present invention is only in the form of a double ring.
化作業時’只須增加中模53的數量即可達成（圖未禾）。L 、上所述者，僅為本新型之較佳實施例而已，當不 ^以此限定本新型實施之範圍’即大凡依本新型中請專利 :圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】At the time of the operation, it is only necessary to increase the number of the middle molds 53 (Fig.). L, the above is only the preferred embodiment of the present invention, and when it is not limited to the scope of the present invention, that is, the simple equivalent of the patent in the present invention: the surrounding and the new description Changes and modifications are still within the scope of this new patent. [Simple description of the map]
圖1是現有一種橡膠緩衝墊之剖面示意圖； 圖2是一平面組合圖，說明本新型具有取料裝置的橡 硫化機的一較佳實施例； 圖3是沿圖2中之線瓜―皿的一剖面圖； 圖4是本新型上述較佳實施例之一操作示意圖，說明 11 M333293 一頂昇麼叙將一模具單元操作成閉模狀態； 圖5是本新型上述較佳實施例之一開模操作示意圖； 圖6是本新型上述較佳實施例之一取料脫模操作示意 圖； 圖7是本新型上述較佳實施例之一勾爪單元的立體示 意圖； 之一控制組的控制迴路 之模具單元及塑形單元 圖8是本新型上述較佳實施例 示意圖；及1 is a schematic cross-sectional view of a conventional rubber cushion; FIG. 2 is a plan view showing a preferred embodiment of the rubber vulcanizer having a reclaiming device; FIG. 3 is a line along the line of FIG. FIG. 4 is a schematic view showing the operation of one of the above preferred embodiments of the present invention, illustrating that 11 M333293 is operated in a closed mode; FIG. 5 is one of the above preferred embodiments of the present invention. FIG. 6 is a schematic view of a stripping operation of one of the above preferred embodiments of the present invention; FIG. 7 is a perspective view of a hook unit of the preferred embodiment of the present invention; Mold unit and shaping unit FIG. 8 is a schematic view of the above preferred embodiment of the present invention; and
圖9是本新型上述較佳實施例 導入熱源的示意圖。Fig. 9 is a schematic view showing the introduction of a heat source in the above preferred embodiment of the present invention.
12 M333293 【主要元件符號說明】 100 · · ·· …橡膠胚材 533 •… …支桿 100,… …橡膠緩衝墊 534 …. …·導套 10…… …機架 54·.··· …·模穴 11…… …底座 60…… •…塑形單元 12…… …頂蓋 61…… •…固定件 13…… …導桿 62 ·… •…活動件 131 ···· …擔塊 63…… …·膠囊 20…… …頂昇壓缸 64…… •…壓力缸 21…… …活塞部 641… •…活塞桿 211 …· …頂面 40••… •…取料裝置 212 ·… …容納空間 41 ·.·· •…驅動壓缸 30"··" …硫化裝置 411… …·缸體 50·•…. …模具單元 412… …·活塞桿 51…… …下模 42••… …·勾爪單元 5U ·"· …下凹孔 421… •…底架 512… …下環道 422… …·勾爪 52…… …上模 423… •…連結部 521 ·♦·· …上凹孔 424… …·勾部 522 •… …上環道 43*···· ···*控制組 53…… …中模 431… •…操作把手 531 …· …中間凹孔 432… •…控制閥 532 …· …中間環道 1312 M333293 [Description of main component symbols] 100 · · ··...Rubber material 533 •...Strut 100,...Rubber cushion 534 .....·Guide sleeve 10... Rack 54····· ... · Cavity 11 ... ... base 60 ... • ... shaping unit 12 ... ... top cover 61 ... ... ... fixing member 13 ... ... guide rod 62 ... ... ... ... movable member 131 · · · · ... 63............ Capsule 20... Top booster cylinder 64... • Pressure cylinder 21... Piston portion 641... • Piston rod 211 ...·...Top surface 40••... •...Reclaiming device 212· ... accommodation space 41 ···· •...drive cylinder 30"··" vulcanization unit 411... ... cylinder 50·•.... mold unit 412... ... piston rod 51... lower mold 42 ••...··Hook unit 5U ·"·...recessed hole 421...•...undercarriage 512...lower loop 422...·hook claw 52......upper mold 423... •...connection part 521 ·♦ ··...Upper hole 424...·Hook part 522 •...Upper ring road 43*·······* Control group 53... ...中模431... Handle 531 ...· ... middle recess 432... •...control valve 532 ...· ... middle ring 13