TWI255168B

TWI255168B - Shoe foaming/shaping equipment

Info

Publication number: TWI255168B
Application number: TW94101425A
Authority: TW
Inventors: Kuen-Jung Liou
Original assignee: Kuen-Jung Liou
Priority date: 2005-01-18
Filing date: 2005-01-18
Publication date: 2006-05-21
Also published as: TW200626087A

Abstract

A shoe foaming/shaping equipment comprises a chassis, a plurality of heating/pressing mold clamping units mounted to the chassis at a second height, a plurality of cooling mold clamping units mounted to the chassis at a first height, a plurality of molds retained by the heating/pressing mold clamping units and the cooling mold clamping units, a plurality of clamp units retained on the molds, and an elevation unit aside the chassis. As such, the elevation unit moves the molds between the second and first heights to cooperate with the heating/pressing mold clamping units and the cooling mold clamping units for carrying out heating-foaming and cooling-shaping operations.

Description

I255l68 九、發明說明：【發明所屬之技術領域】本發明是有關於一種製鞋設備，特別是指一種可依序進行熱壓發泡及冷卻定型作業的鞋件發泡成型設備。【先前技術】如圖1、圖2所不，現有一種二次發泡鞋底成型機，主要疋先將一裝設有胚材的模具進行熱壓發泡，再進行冷卻定型。該成型機是由數組沿水平方向併列設置的成型裝置構成，且該等成型裝置各包含有一機架丨、多數沿該機架工縱向間隔設置的夾模板2、一可驅動該等爽模板2沿縱向失制或開啟的驅動壓力缸3、多數夾設在該等夾模板2之間的模具4及一設置在該機架丨前侧的昇降單元5。該等夾模板 2内部各設有-流道201 ’且該等流道2〇1外接有可輸入冷源或熱源的管路202 ’該昇降單元5具有一固接在該機架】前側的支撐架501、一設置在該支撐架5〇1上方的工作平'檯 5〇2及一可驅動該工作平檯5〇2產生昇降的昇降壓力缸5 = 當上述的夾模板2内部導入熱源（例如蒸汽），且啟動該驅動壓力缸3對該等夹模2進行夾制動作時，就可同時對該等模具4進行熱壓發泡作f，#熱源導出且將冷源導入該等夾模板2内部（例如冷水），且啟動該驅動壓:缸 3對該等夾模板2進行夾制動作時，就可對模具定型的作業。 ^ 再如圖3所示，當應用上述的成型機進行鞋底的製造 5 1255168 日守，其工作流程為（以三層之夾模板2作說明）：步驟-：工作平檯502在一第一高度，自下層央模板2 移出下層模具4，且開啟模具4進行取出成品、放置胚材的作業，再將模具4移入下層夹模板2上方。且在上述的操乍業中已將熱源導入下層夾模板2中，且使下層夹模板2溫度昇高。 —步驟二：啟動該昇降麼力缸503且使工作平檯5〇2昇，—第二高度’自中層夾模板2移出中層模具4，再啟動該升降壓力5G3且使工作平檯5G2降至第_高度，以便開啟模具4進行取出成品、放置胚材的作業，再啟動該昇降屋力缸503且使工作平檯5〇2昇至該第二高度，並將模具* 移入中層夾換板2上方。且在上述的操作作業中，已將敎源導入中層夾模板2中，且使中層夾模板2溫度昇高。’、步驟三：啟動該昇降壓力缸5〇3且使工作平檯5〇2昇至-第三高度’自上層夾模板2移出上層模具4，再啟動該幵降壓⑽503且使工作平檯5G2降至第—高度，以便開啟模具4進行取出成品、放置胚材的作業，再啟動該昇降㈣缸503錢工作平檯5〇2昇至該第三高度，並將模具4 移入上層夾模板2上方。且力p y二万且在上述的知作作業中，已將熱源導入上層夾模板2中，且使上層夾模板2溫度昇高。μ 步驟四：啟動該驅動壓力紅3作伸出動作升:使各層的夾模板2對模具4進行夾制。步驟五：該㈣具4„受熱㈣，^得材達到發泡膨脹及成型目的。 1255168 為了解決上述的問題，現有另一種成型機是採冷熱分離方式’如圖4、圖5所示’該成型機是由多數沿水平^ 間隔設置的熱壓發泡裝£ Η及冷卻定型裝置c所組成，且 4熱壓發泡裝i Η只單純地作熱壓發泡作業，而該冷卻定型衣置c也只作冷卻定型的作業◦該熱壓發泡裝置η及冷卻定型裝置C各包含有一機架6、多數沿該機架6縱向間隔置勺夾模板7可驅動该等夾模板7沿縱向夾制或開啟的驅動壓力缸701、多數夾設在該等夾模板7之間的模具$ 及-設置在該機架6前側的昇降單元9。該等模具8欲由該熱壓發泡裝置Η移出時會受發泡體的膨脹作用而被撐開，故必須在各模具8上設置一鎖模單元8◦卜該昇降單元9具有-固接在該機架6前側的支撐架9()1、—設置在該支撐架 901上方且至少涵蓋熱塵發泡裝置H及冷作平檯902及一可驅動該工作平样9〇2妄士曰1置C的工 |卜十fe 902產生昇降的昇降题力红903。 ^ 這種成型機的工作流程為（以三層之夾模板7作說明）步驟一，：假設該熱壓發泡裝置H及冷卻定型裝置c中都已經裝人有模具8，且該工作平檯9Q2在—第__ 該冷卻定型裝置C的下層夾模板7 不夕下層杈具8、自該埶壓成型裝置fi的下層夾模板7移出 ^ 、出下層杈具8，將熱壓後的模具8沿水平位移至冷卻定型裝直L的下層夾模板7上方 ’且開啟已冷卻的模具8進行取出成口口、放置胚材的作業，再將已置有胚材的模具8沿水 '、I255l68 IX. Description of the Invention: [Technical Field] The present invention relates to a shoemaking apparatus, and more particularly to a shoe foam molding apparatus which can perform hot pressing foaming and cooling setting work in sequence. [Prior Art] As shown in Fig. 1 and Fig. 2, there is a secondary foaming sole forming machine which mainly performs hot pressing foaming on a mold equipped with a blank material, and then cooling and setting. The molding machine is composed of a molding device arranged in parallel in the horizontal direction, and each of the molding devices includes a frame 丨, a plurality of clamping templates 2 disposed along the longitudinal direction of the frame, and a driving template 2 A driving cylinder 3 that is lost or opened in the longitudinal direction, a plurality of molds 4 interposed between the clamp templates 2, and a lifting unit 5 disposed on the front side of the frame. Each of the clamp templates 2 is internally provided with a flow passage 201' and the flow passages 2〇1 are externally connected with a pipeline 202 that can input a cold source or a heat source. The lift unit 5 has a front side fixed to the frame. The support frame 501, a working flat table 5〇2 disposed above the support frame 5〇1, and a lifting and lowering pressure cylinder 5 capable of driving the working platform 5〇2 to generate the lifting and lowering 5 = when the above-mentioned clamping template 2 is internally introduced with a heat source (for example, steam), and when the driving cylinder 3 is activated to clamp the clamping mold 2, the mold 4 can be simultaneously hot-pressed and foamed, and the heat source is led out and the cold source is introduced into the mold. The inside of the template 2 (for example, cold water) is clamped, and the driving pressure is started: when the cylinder 3 performs the clamping operation on the clamp template 2, the mold can be shaped. ^ As shown in Fig. 3, when the above-mentioned molding machine is used to manufacture the sole 5 5255168, the workflow is (illustrated by the three-layer clamp template 2): Step-: Work platform 502 is in the first The height is removed from the lower layer template 2, and the mold 4 is opened to perform the operation of taking out the finished product and placing the blank material, and then moving the mold 4 over the lower layer template 2. Further, in the above-mentioned operation, the heat source has been introduced into the lower layer clamp template 2, and the temperature of the lower sandwich panel 2 is raised. - Step 2: Start the lifting force cylinder 503 and make the working platform 5 〇 2 liters, - the second height ' removes the middle layer mold 4 from the middle layer clamping template 2, and then starts the lifting pressure 5G3 and lowers the working platform 5G2 The first height is to open the mold 4 to take out the finished product, place the blank material, restart the lifting house cylinder 503 and raise the working platform 5〇2 to the second height, and move the mold* into the middle layer clamping plate. 2 above. In the above operation, the helium source has been introduced into the middle layer clamp template 2, and the temperature of the middle layer clamp template 2 is raised. ', Step 3: Start the lifting cylinder 5〇3 and raise the working platform 5〇2 to the third height'. Remove the upper mold 4 from the upper clamp template 2, and then start the pressure reduction (10) 503 and make the working platform 5G2 is lowered to the first height to open the mold 4 to take out the finished product, place the blank material, and then start the lifting (four) cylinder 503 money working platform 5 〇 2 to the third height, and move the mold 4 into the upper layer template 2 above. Further, in the above-mentioned known operation, the heat source has been introduced into the upper layer clamp template 2, and the temperature of the upper layer clamp template 2 is raised. μ Step 4: Start the driving pressure red 3 for the extension action: the clamping template 2 of each layer is clamped to the mold 4. Step 5: The (4) has 4 „heated (4), and the material reaches the purpose of foam expansion and molding. 1255168 In order to solve the above problems, another molding machine is a cold and heat separation method as shown in Fig. 4 and Fig. 5 The molding machine is composed of a plurality of hot-press foaming devices and cooling and setting devices c arranged at intervals of a horizontal interval, and the 4 hot-press foaming devices are simply used for hot-pressing foaming operations, and the cooling shaping clothes are provided. The c is also only used for the cooling and setting operation. The hot press foaming device η and the cooling sizing device C each include a frame 6 , and a plurality of longitudinally spaced scaffolding templates 7 along the frame 6 can drive the clip template 7 along a longitudinally clamped or opened drive cylinder 701, a plurality of molds sandwiched between the clamp modules 7, and a lifting unit 9 disposed on the front side of the frame 6. The molds 8 are intended to be foamed by the hot press. When the device is removed, it is expanded by the expansion of the foam, so that a mold clamping unit 8 must be provided on each of the molds 8. The lifting unit 9 has a support frame 9 fixed to the front side of the frame 6. () 1, is disposed above the support frame 901 and at least covers the hot dust foaming device H and cold As the platform 902 and a machine that can drive the work level 9 〇 2 妄曰 1 set C | 卜 fe 902 produces a lifting lift problem red 903. ^ The workflow of this molding machine is (three layers Step 1: It is assumed that the hot press foaming device H and the cooling sizing device c are already loaded with the mold 8, and the working platform 9Q2 is in the first __ the cooling sizing device C Lower layer clamp template 7 The lower layer cookware 8 is removed from the lower layer clamp template 7 of the rolling forming device fi, and the lower layer cookware 8 is removed, and the hot pressed mold 8 is horizontally displaced to the lower layer of the cooling set type straight L. Above the clamp template 7' and opening the cooled mold 8 to take out the mouth, place the embryo material, and then place the mold 8 with the embryo material along the water',

仏干位移至熱壓發泡裝置H 8 1255168 的下層夾模板7上方。The spin is displaced to the top of the lower clamp template 7 of the hot press foaming device H 8 1255168.

步驟二’：啟動該昇降壓力缸9〇3且使工作平檯9〇2昇至一第二高度，自該冷卻定型裝置c的中層夾模板7移出中層模具8、自該熱壓發泡裝置η的中層夾模板7移出中層杈具8，將熱壓後的模具8沿水平位移至該冷卻定型裝置[ 的中層夾模板7上方，再啟動該昇降壓力缸9〇3且使工作平檯902 &至第-高度，讀開啟冷卻後_具8進行取出成品、放置胚材的作業，再啟動該昇降壓力缸9〇3且使工作平檯902 #至該第二高度，並將已放置胚材的模具8 沿水平位移至熱壓發泡裝置的中層夾模板7上方。步驟三，：啟動該昇降壓力缸9〇3且使工作平檯9〇2昇至一第三高度，自該冷卻定型裝£ c的上層夾模板7 = 亡層模具8、自該熱壓發泡裝置Η的下層夾模板7移出下層核具8 ’將熱壓後的模具8沿水平位移至該冷卻定型装置◦ 的中層夾模板7 '上方，再啟動該昇降壓力^ 9〇3且使工作平檯9G2 $至第—高度，以便開啟冷卻後的模具8進行取出成品1置胚材的作業，再啟動該昇降壓力k _且使工作平檯9G2昇至該第三高度，並將模具9沿水平位移至該熱壓發泡裝置Η的上層夾模板7上方。步驟四，··啟動該驅動壓力缸7〇1作伸出動作，且使各層的夾模板7對模具8進行夾制。步驟五，：該熱壓發泡裝置Η的料模具8同時受熱作用，而使得内部的胚材達到發泡膨脹目的。該冷卻定型裝置C的該等模# 8同時進行冷卻，而使得内部的發泡體達 9 I255l68 到冷卻定型目的。步，驟 ’、•啟動該驅動壓力缸作縮入動作，且使古亥 * 等夾模座7互相遠離。人雖然應用這種成型機已可使工作流程較為簡化，且與圖1之成型機相車交，利用該熱壓發泡裝置H、冷卻定型 1分別進行熱壓發泡、冷卻M，已可節省夾模板昇溫、\ 、溫作業的日寺間，但仍存在有下列缺失·· % 、生產效率低：如步驟一，至步驟三，所示，這種疊層式的設計，使得某-層的模^在進行取出成品、置入二進行平移及幵降作業時，其他層的模具8都在空等狀怨，故空等的時間仍多，導致生產效率無法提昇。二、該等模具8利用鎖模單元8Q1的設置以防止由熱 L /已衣置H移出時受到發泡體的膨脹作用而被撐開，且、身又核具8白勺材質是以導溫性較佳之|呂材質製成，而該等鎖模單元801則必須以強度較佳的鐵材質製成，因材質不 | 同，熱傳導係數、膨脹係數也不同，則在進行熱壓時，模 •具8與鎖模單元801的頂面會高低不平，會造成模具8與鎖拉單元801產生溫度差，且為了入料方便，一般都是將車乂厚的鞋跟部對應於鎖模單元8〇1，故容易因鞋跟部受熱、 P概度不足而造成不良品，往往要拉長熱壓發泡及冷卻定型的時間。二、配合這種成型機就必須製備設有鎖模單元8〇丨的杈具8，而不能使用如圖丨、圖2的模具，使得模具的通用性較差。 10 1255168 【發明内容】％口此，本發明之目的，即在提供一種以獨立設置的小 5L壓力k分別驅動模具以進行熱壓發泡及冷卻定型作業，不僅生產效座古，η τ咖仏、 ^ 半间且不而作溫度轉換可節省作業時間、節省能源之鞋件發泡成型設備。、，於疋’本發明鞋件發泡成型設備，包含一機架、多數並設在該機架上的熱壓夹模單元、多數並設在該機架上的夾模單^、多數分別受該等熱壓夾模單元及冷卻失模 ^夾制的模具、多數扣制在該等模具上的夾制單元及— 设置在該機架一側的昇降單元。該機架具有一第一高度及门於口亥第π度的第二南度。該等熱壓夾模單元是對應該第Τ高度且沿一水平方向併列設置在言亥機架上，並各具有第下夾模板、一設置在該第一下夾模板上方的第一上夾模板及一可驅動該第一下、上爽模板相對夹制的第一驅動件，該等第-下、上夾模板内部設有可供熱源流通的 _ ^道。料冷卻夾模單元是對應該第—高度且沿該水平方向併列設置在該機架上，並各具有一第二下夾模板、一設置在該第二下夾模板上方的第二上夾模板及一可驅動該第二下、上夾模板相對夾制的第二驅動件，該等第二下、上夾模板内部設有可供冷源流通的流道。該等模具是受該等熱壓夾模單元及該等冷卻夾模單元夾制可分別進行熱壓發泡及冷卻定型作業，並各具有一第一模座及一可相對於^ 第-模座產生開合的第二模座。該等夾制單元是可拆卸地夾制在該等模具上，並各具有一可扣制在該等第一模座上 11 1255168 的本體、一樞設在該本體上且對應該等第二模座的夾桿及 -掣動該夾桿相對於料第二模座產生扣制或鬆釋的擎動 #。該昇降單元具有—底座、—設置在該底座上方的操作化及-可㈣該操作平檯㈣於該底織生昇降的線性驅動件，該操作平檯可供該等模具承放及操作，且受該線性驅動件驅動可在第―、二高度之間產生變化。【實施方式】龜 t關本發明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二個較佳實施例的詳細說明中，將可清楚的呈現。如圖6、圖7所示’本發明鞋件發泡成型設備第一較佳實施例包含—機架1G、多數沿-水平方向X併列設置在該機架1G j熱壓失模單元I多數沿水平方向X並設在該熱壓夾模單元20下方的冷卻夾模單元3〇、多數分別受該等熱壓夾模單元2G及冷卻夾模單元3()夾制的模具4()、多數 • *制在該等模具40上的夾制單元50及-設置在該機架1〇 -側的昇降單it 6〇。且多數的成型設備可沿水平方向χ併列設置。配合參閱圖7,該機架1〇具有一第一高度hl&一高度高於該第一高度hi的第二高度h2。配口茶閱圖7 ’該等熱壓夾模單元20是對應該第二高度h2且沿水平方向χ併列設置在該機架ι〇上，並各具有第下夾模板21、一設置在該第一下夾模板21上方的第一上夾扠板22及一固設在該機架10頂部且可驅動該第一 12 1255168 上夾模板2 2相對於v结 , ί於乐一下夾模板21產生夾制的第一驅動件23。該等第一下、上夾模板21、22各設有一設於内部且可供熱源流通的流道211、221及―凹設於前側面的凹孔 212、222，且太每卜貝&例的第一驅動件23為小型的油壓缸。 -口，閱圖7，該等冷卻夾模單元3〇是對應該第一高度M —且沿該水平方向χ併列設置在該機架⑺上，並各具 !:弟二：夾模板31、-設置在該第二下夾模板31上方的弟一上士拉板32及-固設在該機架10底部且可驅動該第板31相對於該第二上夾模板32產生夾制的第二 ^ —下、上夾杈板31、32各設有一設於内部且可供冷源流通的流道3ιι、32 孔3 叹凹叹於刖侧面的凹、322 ’且本實施例的第二驅動件33為小型的油壓缸〇今等1\口=閱圖8 ’該等模具40受該等熱墨夹模單元20及元3。夾制可分別進行熱編及冷卻定型上的第7; 抵靠在該等第—、二下夹模板21、31 上的弟一杈座4〗及一可受該等第―、_ +两、0 L 一上灭桓板22、32 夹i且相對於該第一模座 ^ 供丛1座生開合的第二模座42。配合參閱圖8、圖1〇及圖u，該 L . 寻又制單凡50各呈有一可扣制在該等第一模座41上〃、有 51上且針雁，p 7 + ® 51 ' —插設在該本體且對應该4弟二模座42的夾桿52、— 相對於兮聱筮- > 手動该夾桿52 二…X荨弟一杈座42產生扣制或鬆釋的掣動件μ、一设在該本體51上且可使該掣動件53產生^ 產生鎖扣之鎖銷54、衣口又在石亥鎖銷54與該本體51之間的扭轉彈菁Μ、一活 13 1255168 動枢設在該掣動件53上的拉把56、—連結在該拉把56盥該爽桿52之間的拉伸彈簧57及多數螺設在該本體$的調整螺栓58。 9 該等本體5UL型，並各具有—豎板件5ιι、— 整地組設在該豎板# 511 —側且可抵靠在該等第—模座Μ 上的抵止件512。該豐板件511是由二平行設置並可界一空間5Η，的夾板511”所構成，並具有一第—轴抱部⑴Step 2': start the lifting cylinder 9〇3 and raise the working platform 9〇2 to a second height, and remove the middle layer mold 8 from the middle layer clamping template 7 of the cooling setting device c, from the hot pressing foaming device The middle layer clamp template 7 of η is removed from the middle layer cooker 8, and the hot pressed mold 8 is horizontally displaced to the upper layer clamp template 7 of the cooling setting device, and then the lift cylinder 9〇3 is activated and the work platform 902 is caused. & to the first height, after reading and cooling, the tool 8 is used to take out the finished product and place the blank material, and then the lifting pressure cylinder 9〇3 is activated and the working platform 902# is brought to the second height and will be placed. The mold 8 of the blank material is displaced horizontally above the middle clamp template 7 of the hot press foaming device. Step 3: Start the lifting cylinder 9〇3 and raise the working platform 9〇2 to a third height. From the cooling setting, the upper layer clamping template 7 = the dead layer mold 8, from the hot pressing The lower layer clamp template 7 of the bubble device 移 moves out of the lower layer fixture 8' to horizontally displace the hot pressed mold 8 to the upper layer clamp template 7' of the cooling sizing device ,, and then activates the lifting pressure ^9〇3 and works The platform 9G2 $ to the first height, in order to open the cooled mold 8 to take out the work of the finished product 1 , and then start the lifting pressure k _ and raise the working platform 9G2 to the third height, and the mold 9 Displaced horizontally above the upper clamp template 7 of the hot press foaming device. In the fourth step, the driving cylinder 7〇1 is actuated to extend, and the clamp template 7 of each layer is clamped to the mold 8. Step 5: The material mold 8 of the hot-press foaming device is simultaneously subjected to heat, so that the internal embryo material reaches the purpose of foam expansion. The molds 8 of the cooling setting device C are simultaneously cooled, so that the internal foam reaches 9 I255l68 for cooling and setting purposes. Step, step ‘, • Start the driving pressure cylinder for the retracting action, and make the clamping block 7 of the Guhai* and so on. Although the application of this molding machine has made the workflow simpler and the car is in contact with the molding machine of Fig. 1, the hot pressing foaming device H and the cooling setting 1 are respectively used for hot pressing foaming and cooling M, respectively. It saves the temperature of the clamp template, and the temperature between the temples, but there are still the following missing ·· %, low production efficiency: as shown in step one, to step three, this laminated design makes a certain - When the mold of the layer is taken out and placed in two to perform the translation and the lowering operation, the molds 8 of the other layers are all vacant, so the time of emptying is still large, and the production efficiency cannot be improved. Second, the molds 8 are arranged by the clamping unit 8Q1 to prevent the expansion of the foam by the expansion of the heat L/clothing H, and the material of the body is 8 The temperature is better made of Lu material, and the clamping unit 801 must be made of iron with better strength. Because the material is not the same, the heat transfer coefficient and the expansion coefficient are different, then when hot pressing, The top surface of the mold 8 and the clamping unit 801 will be uneven, which will cause a temperature difference between the mold 8 and the lock unit 801, and in order to facilitate the feeding, the heel portion of the rut is generally corresponding to the mold clamping. Since the unit is 8〇1, it is easy to cause defective products due to heat in the heel portion and insufficient P-preparation, and it is often necessary to lengthen the time of hot-press foaming and cooling setting. 2. In conjunction with such a molding machine, it is necessary to prepare the cookware 8 provided with the clamping unit 8〇丨, and the mold of Fig. 2 and Fig. 2 cannot be used, so that the versatility of the mold is poor. 10 1255168 SUMMARY OF THE INVENTION The purpose of the present invention is to provide a small 5L pressure k independently set to drive the mold for hot pressing foaming and cooling setting work, not only to produce the effect of the ancient, η τ coffee仏, ^ Half-time and no temperature conversion can save operating time, energy-saving shoe foam molding equipment.于疋'The shoe foam molding apparatus of the present invention comprises a frame, a plurality of hot-pressing clamping units disposed on the frame, a plurality of clamping molds disposed on the frame, and a plurality of respectively A mold that is clamped by the hot press clamping unit and the cooling mold, a plurality of clamping units that are fastened to the molds, and a lifting unit that is disposed on one side of the frame. The frame has a first height and a second south degree of the door at a π degree. The hot-pressing clamping units are disposed on the frame in a horizontal direction corresponding to the first clamping height, and each has a lower clamping template, and a first upper clamping plate disposed above the first lower clamping template. The template and a first driving member capable of driving the first lower and upper cooling templates are oppositely clamped, and the first and lower clamping templates are internally provided with a heat source for circulation. The material cooling clamping units are corresponding to the first height and are arranged side by side in the horizontal direction on the frame, and each has a second lower clamping template and a second upper clamping template disposed above the second lower clamping template. And a second driving member capable of driving the second lower and upper clamping templates to be oppositely clamped, and the second lower and upper clamping templates are internally provided with a flow path for circulating a cold source. The molds are respectively subjected to hot pressing and foaming and cooling and setting operations by the hot pressing clamping unit and the cooling clamping unit, and each has a first mold base and a relative to the first mold. The seat produces a second mold base for opening and closing. The clamping units are detachably clamped on the molds, and each has a body that can be fastened to the first mold bases 11 1255168, and is pivoted on the body and corresponds to the second The clamping rod of the mold base and the movement of the clamping rod relative to the second mold base produce a buckle or release motion. The lifting unit has a base, an operation device disposed above the base, and (4) a linear driving member for lifting and lowering the bottom platform of the operating platform, wherein the operating platform can be placed and operated by the mold. And driven by the linear drive member, a change can be made between the first and second heights. [Embodiment] 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. 6 and FIG. 7 , the first preferred embodiment of the shoe foam molding apparatus of the present invention comprises a frame 1G, a plurality of which are arranged side by side in the horizontal direction X and are arranged in the frame 1G j. a cooling clamping unit 3〇 disposed in the horizontal direction X and disposed under the hot stamping unit 20, and a plurality of molds 4() respectively sandwiched by the hot pressing clamping unit 2G and the cooling clamping unit 3(), A plurality of * are formed on the mold 40 and the lifting unit 50 is disposed on the side of the frame. Most of the molding equipment can be arranged side by side in the horizontal direction. Referring to Figure 7, the frame 1 has a first height hl & a second height h2 having a height higher than the first height hi. The matching hot tea clamping unit 20 is corresponding to the second height h2 and is arranged side by side in the horizontal direction on the rack ι, and each has a lower clamping template 21, and a The first upper clamping plate 22 above the first lower clamping template 21 and one of the top clamping frame 22 are fixed on the top of the frame 10 and can drive the first 12 1255168 upper clamping template 2 2 relative to the v-knot. A clamped first drive member 23 is produced. Each of the first lower and upper clamping templates 21 and 22 is provided with a flow passage 211, 221 disposed inside and capable of circulating a heat source, and recessed holes 212 and 222 recessed in the front side, and each of the bobbins & The first driving member 23 of the example is a small hydraulic cylinder. - mouth, see Figure 7, the cooling clamping unit 3 〇 corresponds to the first height M - and is arranged side by side in the horizontal direction on the frame (7), and each has!: Brother 2: clip template 31, a brother-slave puller 32 disposed above the second lower clamp template 31 and a first portion that is fixed to the bottom of the frame 10 and that can drive the first plate 31 to be clamped relative to the second upper clamp template 32 The lower and upper clamping jaws 31, 32 are each provided with a flow passage 3 ιι, 32 holes 3 which are disposed inside and can be circulated by the cold source, and sighs 322 sighed on the side of the ridge, and the second portion of the embodiment The driving member 33 is a small hydraulic cylinder. Today, the port is replaced by the thermal ink clamping unit 20 and the element 3. The clamping can be separately performed on the seventh of the hot knitting and cooling setting; the one seated on the first and second lower clamping templates 21, 31 and one can be subject to the first -, _ + two And a second mold base 42 that is opened and closed with respect to the first mold base. Referring to Fig. 8, Fig. 1 and Fig. u, the L. 寻制凡凡 50 each have a buckle on the first mold base 41, there are 51 and needle goose, p 7 + ® 51 '-Plunger 52 inserted in the body and corresponding to the 2nd die holder 42, - relative to the 兮聱筮- > Manually the clamping lever 52 2...X荨弟杈座42 produces a buckle or release The swaying member φ is disposed on the body 51, and the swaying member 53 can generate the locking pin 54 for generating the locking buckle, and the clothing opening is twisted between the stone hoisting pin 54 and the body 51. A live 13 1255168 a pull handle 56 pivotally disposed on the tilting member 53, a tension spring 57 coupled between the pull rod 56 and the cool rod 52, and a plurality of adjusting bolts 58 disposed on the body . 9 The bodies are of the 5UL type and each have a riser member 5 ιι, a grounding member disposed on the side of the riser #511 and abutting against the abutment members 512 on the first mold bases. The rich plate member 511 is composed of two clamping plates 511" which are arranged in parallel and can define a space of 5 inches, and has a first axle-holding portion (1)

、-位：該第-軸樞部513 一側的第二軸樞部513，、—設置在該第二軸樞部513，底部的容置槽513”及多數沿縱向: 間隔設置的銷孔514。該抵止件512呈L型，並具有—登桿部515及-垂直銜接在該g桿部515底部的橫板部516 = 豎桿部515具多數對應該等鎖孔514之穿孔515,，且可以二銷桿5丨7穿過該等銷孔514與穿孔515，，促使該抵止件 5」2相對於該豎板件5"沿縱向產生調整，以適用具有不同面度之模具4 0。該等夾桿52是呈T型桿狀，並各具有—㈣在該第一轴掩部513上且呈圓孔狀的樞接部521、一設於職接部 521 -側且相對於該抵止件川之橫板部川而抵靠在該等第二模座42上的壓制部522及—設於該M接部521另一側且呈階級狀的受掣部523。該等掣動件53是軸設在該本體51之第二軸樞部513, 上，並具有一對應該受掣部5B的掣動部531及一與該掣動部531相反設置的操作部532。該等掣動部531各具有— 曲面533，該曲面具有-凸出部位534及_設於該凸出部位 14 1255168 534 —側且柏料宁於該凸出部位534朝内部凹陷的凹入部位 5 3 5 ° 該等銷德 S /1 η , 、月54疋軸設在該本體51之容置槽513，，中，並 ’、可伸5又在該空間51丨，内部並鄰近於該掣動件53之p 部5 4 1及一愈士女执一為彳§部541呈相反設置且伸設在該本體μ外部的壓制部542。、/該等杻轉彈簧55是裝設在該容置槽513”中，且提供該鎖銷54之擋部541恆保持凸伸在該本體51之空間511，中〇 °亥等拉把56是呈Τ型桿狀，可供操作者拉動。 °亥等拉伸彈簣57可使該等拉板56怪保持朝該本體51 產生靠合的趨勢。該等調整螺栓58是螺設在該抵止件512之橫板部516 、勺且頂J而部可頂持在該等第一模座4 1底部，操作該等"周整螺栓58可微調整該失桿52與該橫板部516之間的間距’以適用於不同高度的模具4〇。配合參閱圖7、圖9，該昇降單元6〇具有一底座61、一設置在該底座61上方的操作平檯62、一固設在該底座 61上的下導引件63、一對應該下導引件63而固設在該操作平檯62底部的上導引件64、一組樞設在該下、上導引件 63 64之間的x形又桿件65及一可驅動該操作平檯62相對方、4底座61產生昇降的線性驅動件66。該操作平檯62 可t、4等模具4〇承放及操作，其沿水平方向X延伸的長度大於機架10對應水平方向X的寬度（圖7中為了簡化圖面 15 1255168 ，只繪出右邊的昇降單元，亚具有多數裝設在一頂面上的滾珠621。該X型又桿 ^ _ 65左側下、上二端部是分別樞 a又在该下、上導引件63、6 上，右側的下、上二端部則呈可滑動地抵靠在該下、上導 ¥弓丨件63、64上。本實施例的線性驅動件66可以油壓缸為為例，且啟動時可驅動該操作平檯 62對應该第一、二高度μ h2而在一下降位置及一上昇位置之間產生變化，且該飧地 2|钟亥線性驅動件66具有一柩設在該下導引件63上的第一端部661及一 ώ 及一與该弟一端部661呈相反設置且樞設在該X形又桿件 , 枰件65上的第二端部062，該第二端邛662可相對於該第一端 61產生伸纟侣，且使該X形叉才干件65產生伸展或收縮。因此，利用該等埶壓攻Α Μ留& 〇Λ 寺…&又杈早凡2〇可對模具4Q進行埶壓發泡作業，且利用該昇降單牛早兀60將拉具40由第二高度 2移4至第回度M，再沿水平方向X料至該等冷卻央模2 3〇之第二下夾模板31上，再啟動第二驅動件33促使第一下、上夾模板31、32對模且 _ 了犋，、4〇進订夾制，就可對模具40進行冷卻定型作業。再如圖6、圖1〇及圖U實線所示，當每一個模具仙進行熱壓發泡的過程中，是受到各夾制單元50的夹制而達到閉模目的，且當各夾制單元5G的掣動件53位在一第一位置時，該凸出部& 534是抵止在該夹桿52的受掣部仍上’且使得該夹桿52之麼制部522向下麼制在第二模座Μ 上’此時’如圖U實線所示’利用該鎖鎖54的撞部541凸伸在該本體51空間511，中，可防止”動件53產生_ 16 1255168 ’故可使得該擎動件53達到鎖扣目的。且當模具40推入該等熱壓夾模單元2〇及該等冷卻夹模單元％，夹制在各模，、40上的夾制單χ 5〇恰可容設在該等熱壓央模單元2〇的凹孔212、222及該等冷卻夾模單元3〇的凹孔312、如中 ’且當拉動該等拉板56’就可順利推、拉模具4〇,且拉動拉把56並不會使該掣動件53產生鬆脫，反而使得該凸出部位534越是緊抵在該受掣部523上，而越拉越卡制。又如圖11假想線及圖12所示，當模具已冷卻後，操作人員可將該鎖銷54的壓制部542朝容置槽513”内部產生壓制’該擋冑541也會朝該容納槽513，，產生縮入，如此 -來二該掣動件53原來受到擋部541的阻擋已消除，就可心亥弟—軸樞部513’產生樞轉，且使f動件53位在一第二位置，該凹入部位535則對應該受擎部523,且該一之壓編22是可相對該等第二模座42產生擺動，即可將夾制單元50自模具40上拆離。、 >如圖13所*，#啟動該線性驅動件％作伸出 =型又#件65會產生展開狀態，並使得輯的咼度可以達到調整目的。 ^ 可為蒼閱目14,利用上述之成型設備，本發明的工作流程步驟-：利用該等熱壓夾模單元2〇對模具壓發泡。利用該等冷卻夹模單元3〇對熱壓 :丁，：行冷卻定型。、/、40進步驟二··啟動該第一、二驅動件23、33 且使得該第 17 1255168 夾枳板22相對於該第一下夾模板21 °亥第二下夾模板31也相對於該第二〇作平二驟三：將模具4G自熱壓夾模單元2g中移出至該操 ^ 62上。利用5亥等夾制單元5G對模具40之閉鎖可確保核具40保持緊密閉合。步驟四.啟動該昇降單元6G且使操- position: the second shaft pivot portion 513 on one side of the first-axis pivot portion 513, - the second shaft pivot portion 513, the receiving groove 513" at the bottom, and a plurality of pin holes arranged in the longitudinal direction 514. The abutting member 512 is L-shaped and has a landing portion 515 and a transverse plate portion 516 that is vertically connected to the bottom of the g-rod portion 515. The vertical rod portion 515 has a plurality of perforations 515 corresponding to the locking holes 514. And the two pins 5丨7 can pass through the pin holes 514 and the through holes 515, so that the abutting members 5"2 are adjusted in the longitudinal direction with respect to the vertical plate members 5" to apply different degrees of appearance. Mold 40. The clamping rods 52 are in the shape of a T-shaped rod, and each has a (four) pivoting portion 521 on the first shaft masking portion 513 and has a circular hole shape, and is disposed on the side of the working portion 521 - with respect to the The pressing portion 522 that abuts against the second mold base 42 and the receiving portion 523 that is provided on the other side of the M joint portion 521 is formed. The slings 53 are axially disposed on the second pivot portion 513 of the body 51, and have a pair of urging portions 531 that are to be received by the dam portion 5B and an operating portion opposite to the swaying portion 531. 532. Each of the lands 531 has a curved surface 533 having a convex portion 534 and a concave portion disposed on the side of the convex portion 14 1255168 534 and recessed toward the inner portion of the convex portion 534. 5 3 5 ° The pin S / 1 η, the month 54 axis is arranged in the receiving groove 513 of the body 51, and the ', extendable 5 is in the space 51 丨, inside and adjacent to the The p portion 5 4 1 of the raking member 53 and the yoke portion 541 are oppositely disposed and protruded from the pressing portion 542 outside the body μ. The slewing springs 55 are mounted in the accommodating grooves 513", and the blocking portions 541 of the locking pins 54 are provided to constantly protrude from the space 511 of the body 51, and the middle handles 56 It is a rod-shaped rod that can be pulled by the operator. The tensioning magazine 57 such as Hai can keep the pulling plates 56 to keep abutting toward the body 51. The adjusting bolts 58 are screwed on the rods 56. The horizontal plate portion 516 of the abutting member 512, the scooping portion and the top portion J can be held at the bottom of the first mold bases 41, and the peripheral bolts 58 can be used to finely adjust the lost rod 52 and the horizontal plate. The spacing between the portions 516 is adapted to the molds of different heights. Referring to Figures 7 and 9, the lifting unit 6 has a base 61, an operating platform 62 disposed above the base 61, and a solid a lower guiding member 63 disposed on the base 61, a pair of upper guiding members 64 fixed to the bottom of the operating platform 62, and a set of pivoting members on the bottom and upper guiding members An x-shaped bar member 65 between 63 64 and a linear driving member 66 for driving the opposite side of the operating platform 62 and the base portion 61 to lift and lower. The operating platform 62 can be placed on the mold 4 of t, 4, etc. In operation, the length extending in the horizontal direction X is greater than the width of the frame 10 corresponding to the horizontal direction X (in FIG. 7 , in order to simplify the drawing surface 15 1255168, only the right lifting unit is drawn, and most of the sub-surfaces are mounted on a top surface. Ball 621. The lower left and upper ends of the X-shaped lever _ 65 are respectively pivoted a and on the lower and upper guides 63, 6, and the lower and upper ends of the right side are slidably abutted. The linear driving member 66 of the present embodiment can be exemplified by a hydraulic cylinder, and can be driven to drive the operating platform 62 corresponding to the first and second heights. H2 and a change between a falling position and a rising position, and the second grounding drive member 66 has a first end portion 661 and a first and second sides disposed on the lower guiding member 63. A second end portion 062 is disposed opposite to the one end portion 661 of the younger brother and is pivotally disposed on the X-shaped lever member 65. The second end jaw 662 can generate a stretcher relative to the first end 61. And the X-shaped fork member 65 is stretched or contracted. Therefore, the use of the pressure smashing Μ && 〇Λ ... ... & Wherever, the mold 4Q can be subjected to a rolling foaming operation, and the lifting device 40 is used to shift the pulling member 40 from the second height 2 to the first degree M, and then to the cooling in the horizontal direction. On the second lower clamp template 31 of the die 2 2, the second drive member 33 is activated to urge the first lower and upper clamp templates 31, 32 to the mold, and the _ 犋, 4 〇 ordering system can be The mold 40 is subjected to a cooling and setting operation. Further, as shown by the solid lines in Fig. 6, Fig. 1 and Fig. U, each of the molds is subjected to hot press foaming, and is clamped by each of the clamping units 50 to be closed. Moulding, and when the raking member 53 of each of the clamping units 5G is in a first position, the bulging portion & 534 is resisted on the receiving portion of the clamping rod 52 and causes the clamping rod The portion 522 of the 52 is made downward on the second mold base ' 'at this time' as shown by the solid line in U. The rivet 541 of the lock 54 protrudes in the space 511 of the body 51. Preventing the "moving member 53 from generating _ 16 1255168 ' can cause the ejector 53 to achieve the purpose of locking. And when the mold 40 is pushed into the hot pressing clamping unit 2 and the cooling clamping unit %, the clamping unit 5 夹 clamped on each mold, 40 can be accommodated in the hot pressing The recessed holes 212, 222 of the die unit 2 and the recessed holes 312 of the cooling clamping unit 3, such as "and when the pulling plates 56" are pulled, can smoothly push and pull the die 4, and pull the handle The 56 does not cause the swaying member 53 to be loosened, but the more the bulging portion 534 is pressed against the nip portion 523, the more the card is pulled. As shown in FIG. 11 and the imaginary line, as shown in FIG. 12, after the mold has been cooled, the operator can press the pressing portion 542 of the lock pin 54 toward the inside of the accommodating groove 513". The dam 541 also faces the accommodating groove. 513, the retraction is generated, so that the obscuration member 53 is originally blocked by the blocking portion 541, and the pivoting portion of the pivoting portion 513' is generated, and the f-moving member 53 is positioned at one position. In the second position, the concave portion 535 is corresponding to the 523, and the embossing 22 is slidable relative to the second dies 42 to detach the clamping unit 50 from the mold 40. >> as shown in Fig. 13, #Starting the linear drive member % extension = type and #65 will produce an unfolded state, and the degree of the series can be adjusted. ^ Can be read by the eyes 14, With the above-described molding apparatus, the workflow step of the present invention - the pressure-molding of the mold by the hot-pressing clamping unit 2, using the cooling clamping unit 3, the hot pressing: cooling, shaping. , /, 40 into step two · start the first and second driving members 23, 33 and make the 17th 1255168 clamping plate 22 relative to the The second clamping template 31 of the lower clamping template 21 ° is also made flat with respect to the second clamping: the mold 4G is removed from the hot pressing clamping unit 2g to the operation 62. The locking of the mold 40 by the unit 5G ensures that the fixture 40 remains tightly closed. Step 4. Start the lifting unit 6G and operate

:…至第-高度hl，將冷卻後的模…二 30中移至操作平檯62上，且將原本已移放在該操、星62上的熱壓後模具40矛多入該冷卻失模單元30中。 αη '驟五肖啟動6亥第二驅動件33，且使得該冷卻夾模早兀30對該等模具40進行冷卻定型。 …步驟六·在該冷卻夾模單元3G對該等模具4G進行冷卻定型過程中’操作者可在該操作平檯62上對模具40進行取出成品、置放胚材的作業。:...to the first-height hl, the cooled molds...30 are moved to the operating platform 62, and the hot-pressed mold 40 that has been placed on the operation star 62 is inserted into the cooling loss. In the die unit 30. The second driving member 33 is activated by the αη′′, and the cooling mold is cooled and shaped by the mold 30. Step 6: During the cooling and setting process of the mold 3G by the cooling jaw unit 3G, the operator can perform the work of taking out the finished product and placing the blank material on the mold platform 62.

一上離，遠離及模具40產生遠上夾模板32產生 ^步驟七·再啟動該昇降單元60，且將已放置有胚材的 …4〇由第回度hi移昇至第二高度h2，再平推至該熱壓夾模單元20中。步驟八·再啟動該第一驅動件23，且使得該熱壓夾模單元20對該等模具4〇進行熱壓發泡。口此，循％刼作步驟_至步驟八，就可使得模具仙依序進行熱壓發泡及冷卻定型作業。且本發明具有下列功效：一、该熱壓夾模單元20及冷卻夾模單元30都具有獨 18 1255168 立設置的第一、二驅動件23、33，啟作業，且模具40在第—一獨&制夾制、開仕弟向度hl作取出成。、访時，在該冷卻«單元3G 成⑽放置胚材的作業，生產效率高。㈣具4〇可以進行冷卻定型二、該熱壓夾模單元9 持在熱或冷的作業溫度，使：:冷二夾:單元3°都是維需拖-T -. 卞同個夾权板的工作溫度不而要轉換，可㈣作業時間、節省能源。三、該熱壓夾模單S2G及地進行熱壓或冷卻的摔作，p 早兀30都疋貝單。、乍故官路及控制閥的配置較為簡 =用可拆卸式的夹制單元5。對模不僅可使模具40達到確實 ΛΛ ^ ^ 貝閉杈目的，更可維持模具40良子的熱傳V特性，可降低該等鎖銷54的設置，可/\革夾制早元50利用 gi 1 j , σ ^供该等掣動件53位在第一位置A lift away, away from the mold 40 produces a far upper clamp template 32. Step 7: Restart the lift unit 60, and move the ... 4〇, which has been placed with the embryo material, from the first degree hi to the second height h2, It is pushed flat into the hot press clamping unit 20. Step 8: The first driving member 23 is restarted, and the hot press clamping unit 20 is subjected to hot press foaming of the molds 4〇. In this case, by step _ to step eight, the mold can be subjected to hot pressing foaming and cooling setting work. The present invention has the following effects: 1. The hot press clamping unit 20 and the cooling clamping unit 30 have the first and second driving members 23 and 33 disposed independently of the 18 1255168, and the mold 40 is in the first Separate & During the visit, the operation of placing the blank material in the cooling unit 3G (10) is highly efficient. (4) With 4〇, it can be cooled and shaped. 2. The hot-pressing clamping unit 9 is held in hot or cold working temperature, so that:: cold two-clip: unit 3° is a dimension-demanding-T-. The working temperature of the board is not changed, but (4) working time and energy saving. 3. The hot-pressed clamp S2G and the ground are hot-pressed or cooled, and p is 30. The configuration of the official road and the control valve is relatively simple = the detachable clamping unit 5 is used. The mold can not only achieve the purpose of the mold 40, but also maintain the heat transfer V characteristics of the mold 40, and can reduce the setting of the lock pins 54. 1 j , σ ^ for the 53 pieces in the first position

W可達到鎖扣目的，S 的安全性高。自該«具40上脫離’使用則r:::用可拆卸式的夾制單元50對模具4〇的夾制，則杈具40的通用性佳。 :、洲該熱^模單元μ設置在上，該兀30設置在下， ^ u 在對應於該冷卻夾模單元30的第一高進行取放作業，符合人體工學的設計。機加利用雜作平檯62沿水平方向X延伸的長度大於推 ^應水平方向X的寬度，有利於熱壓後的模具40 贫冷卻Μ的模具4G在該操作平檯62上交換，可使 19 1255168 作業流程更有彈性。W can achieve the purpose of the lock, and the safety of S is high. When the mold 40 is detached from the belt 40, the splicing of the mold 4 is performed by the detachable clamping unit 50, and the versatility of the cookware 40 is good. The culvert unit is disposed on the upper side, and the cymbal 30 is disposed at the lower side. ^ u is subjected to the pick-and-place operation corresponding to the first high level of the cooling cleavage unit 30, and is ergonomically designed. The length of the machine-applied use of the miscellaneous platform 62 in the horizontal direction X is greater than the width of the horizontal direction X of the pusher, which facilitates the exchange of the mold 40G of the mold 40 which is cooled and cooled by the hot press on the operating platform 62. 19 1255168 The workflow is more flexible.

再如圖15所示，本發明實施例是在每一個機架1〇内部設有二個沿水平方向X併列設置的熱壓夾模單元20及二個沿水平方向X並設的冷卻爽模單元3〇。且在實際應用時二：：多數個成型設備沿水平方肖x予以併列設置，則在弟一咼度h2就具有多數的熱壓夾模單元2〇，而第一高度 Μ就具有多數的冷卻夾模單元3()，則在操作時，操作人員之間可互相支援，使得工作流程更為順暢、效能更佳。 #另外’如圖16所示，本發明第二實施例，並未在該等弟二下、上夾模板21、22及該等第二下、上夾模板31、32 白“側㈣置凹孔212、222及凹孔312、322，而是在該等杈” 40之第一、二模| 41’、42,前側面中間位置各凸設— 凸出。P411、421，’該等凸出部411’、421’可供該等夹制單元5〇夾制定位。惟以上所述者，僅為本發明之較佳實施例而已，當不 =以此限定本發明實施之範圍，即大凡依本發明申請^利耗圍及發明說明内容所作之簡單的等效變化與修飾，皆仍屬本發明專利涵蓋之範圍内。【圖式簡單說明】圖1是現有一種成型機的立體示意圖；圖2疋遠種成型機的側視組合圖；圖3疋该種成型機的工作流程圖；圖4疋現有另一種成型機的側視示意圖；圖5是該成型機的前視示意圖； 20 I255l68 圖6是一側視圖，說明本發明鞋件發泡成型設備較佳實施例； Θ 7疋本叙明上述車父佳實施例之一平面組合圖，說明機木内邛驮设二沿一水平方向併列設置的熱壓夾模單元及一 ό又置在該熱壓夾模單元下方的冷卻夾模單元丨圖8疋本發明上述較佳實施例之一立體示意圖，說明一模具配置有一可拆卸的夾制單元；As shown in FIG. 15, in the embodiment of the present invention, two hot-press clamping units 20 arranged in the horizontal direction X and two cooling cooling molds arranged in the horizontal direction X are disposed inside each of the racks 1 . Unit 3〇. And in practical application 2:: Most of the molding equipments are arranged side by side along the horizontal plane x, then there is a majority of the hot-pressing clamping unit 2〇 at the same degree h2, and the first height Μ has a majority of cooling The clamping unit 3() allows the operators to support each other during operation, which makes the workflow smoother and more efficient. #其他' As shown in Fig. 16, the second embodiment of the present invention does not have the second side, the upper clamp template 21, 22 and the second lower and upper clamp templates 31, 32 white "side (four) concave The holes 212, 222 and the recessed holes 312, 322 are convexly protruded at the intermediate positions of the first side, the second mold|41', 42 and the front side. P411, 421, 'the projections 411', 421' can be positioned by the clamping unit 5〇. However, the above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the practice of the present invention, that is, the simple equivalent change made according to the present application and the description of the invention. And modifications are still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a conventional molding machine; FIG. 2 is a side view combination view of a remote molding machine; FIG. 3 is a working flow chart of the molding machine; Figure 5 is a front view of the molding machine; 20 I255l68 Figure 6 is a side view showing a preferred embodiment of the shoe molding molding apparatus of the present invention; Θ 7疋A plane combination diagram of the example shows that the machine is provided with two hot-pressing clamping units arranged side by side in a horizontal direction and a cooling clamping unit placed under the hot-pressing clamping unit. A perspective view of one of the above preferred embodiments, illustrating a mold having a detachable clamping unit;

圖9是本發明上述較佳實施例之一平面示意圖，說明一昇降單元在一下降位置；圖10是本發明上述較佳實施例之一閉模示意圖，說明忒模具叉到夾制單元的夾制可確實閉模；圖11是沿圖10中之線Π — 11的一剖面圖；圖12是本發明上述較佳實施例之一操作示意圖，說明才呆作一掣動件可使該夾制單元脫離對模具的失制；圖13是本發明上述較佳實施例之一操作示意圖，說該昇降單元在一上昇位置；圖14是本發明上述較佳實施例之一工作流程圖；施例的一模具夾制示意圖圖1 5是本發明上述較佳實施例之一配置示意圖；及圖16是本發明之鞋件發泡成型設備之一第二較佳實 21 1255168 【主要元件符號說明】 1 <；*«*«* …機架 5 1…… …本體 …第一高度 511 …豎板件 h2 * ? …第二高度 512 -- …抵止件 2 0 …熱壓夾模單元 511’ … …空間 2 1…… ……第一下夾模板 5 1 3… …第一轴柩部 211 - …流道 513，" …第二轴樞部 2 12… …凹孑L 513，，… …容置槽 22 …第一上夾模板 514** …銷孔 22 1… s…流道 515…… …豎桿部 222… 凹孑匕 515’ … …穿孔 2 3…… ……第一驅動件 5 1 6… …橫板部 3 0 * …冷卻失模單元 5 1 7… …銷桿 3 1 …第二下夾模板 5 2…… 1…夾桿 311 - …s流道 521… …樞接部 312 …凹孑L 522… s…壓制部 3 2 …第二上爽模板 523… *…受掣部 321 …流道 5 3…… …5掣動件 322… …5凹孑L 531… ……掣動部 3 3… …第二驅動件 532… …6操作部 …模具 533… …曲面 41 第一模座 534 凸出部位 4 2…… …第二模座 535… <…凹入部位 5 0… …夾制單元 a * ^ * a …鎖銷 22 1255168 5 4 1… ……擔部 5 4 2… ……壓制部 5 5 …扭轉彈鲁 5 6… ……拉把 5 7 "… …拉伸彈簧 5 8 *… …"調整螺检 60 …昇降單元 …s底座 62。 …操作平檯 621 - …滾珠 6 3…… …下導引件 6 4… …上導引件 65 4 s …X形叉桿件 66 …線性驅動件 661 …第一端部 662 5 …第二端部 /| + …模具 …—模座 411 ’ … …凸出部 42， …第一模座 42Γ - …凸出部Figure 9 is a plan view of a preferred embodiment of the present invention, illustrating a lifting unit in a lowered position; Figure 10 is a schematic view of a closed mold of the preferred embodiment of the present invention, illustrating the clamping of the die to the clamping unit Figure 11 is a cross-sectional view taken along line -11 of Figure 10; Figure 12 is a schematic view of one of the above-described preferred embodiments of the present invention, illustrating that the clip can be used as a swaying member to enable the clip Figure 13 is a schematic view of the operation of one of the above preferred embodiments of the present invention, showing the lifting unit in a raised position; Figure 14 is a flow chart of one of the above preferred embodiments of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 15 is a schematic view showing a configuration of a preferred embodiment of the present invention; and FIG. 16 is a second preferred embodiment of the shoe foam molding apparatus of the present invention. 21 1255168 [Description of main components 】 1 <;*«*«* ...Rack 5 1...... ...body...first height 511 ... riser h2 * ? ... second height 512 -- ... resist 2 2 ... hot press clamping unit 511' ... space 2 1...... ...... first lower clip Template 5 1 3 ... first shaft 211 211 - ... flow path 513, " second axis pivot 2 12 ... ... recess L 513, ... accommodating groove 22 ... first upper clamp template 514 * * ... pin hole 22 1... s... flow path 515... ... vertical rod portion 222... recessed 孑匕 515' ... perforation 2 3 ... ... first drive member 5 1 6 ... ... horizontal plate portion 3 0 * ... Cooling die loss unit 5 1 7 ... pin 3 3 ... second lower clamp template 5 2 ... 1 ... clamp bar 311 - ...s flow path 521 ... ... pivot portion 312 ... recess L 522 ... s ... pressing portion 3 2 ...the second upper refreshing template 523... *...the receiving part 321 ...the flow path 5 3...the 5th moving piece 322...the 5d 孑L 531...the cocking part 3 3...the second driving part 532 ... ... 6 operation portion ... mold 533 ... ... curved surface 41 first mold base 534 convex portion 4 2 ... ... second mold base 535 ... < ... concave portion 5 0 ... ... clamping unit a * ^ * a ...lock pin 22 1255168 5 4 1... ...... 担 5 4 2... ...... Pressing part 5 5 ... Twisting jewel 5 6... ...... Pulling rod 5 7 "... Stretching spring 5 8 *... Adjust the screw inspection 60 ... lift single ... S base 62. ...operating platform 621 - ...ball 6 3 ... ... lower guiding member 6 4 ... upper guiding member 65 4 s ... X-shaped fork member 66 ... linear driving member 661 ... first end portion 662 5 ... second End /| + ... mold ... - mold base 411 ' ... projection 42 , ... first mold base 42 - ... projection

23twenty three

Claims

1255168 、申請專利範圍：一種鞋件發泡成型設備，包含：高於該第一高度的第一機架，具有一第一高度及一多數之熱壓失模單元’是對應該第二高度且沿—水平方向併列設置在該機架上，並各具有―第—下夹模板、-設置在該第-下夾模板上方的第一上夾模板及一可驅動該第—下、上夾模板相對夾制的第-驅動件，該等第一下、上夾模板内部設有可供熱源流通的流道；多數之冷卻夾模單元，是對應㈣—高度且沿該水平方向併列設置在該機架上’並各具有一第二下夾模板、-設置在該第二下夹模板上方的第二上夾模板及」可驅動該第二下、上失模板相對夾制的第二驅動件，該等第一下、上夾模板内部設有可供冷源流通的流道；多數模具’受料熱壓失模單元及料冷卻夹模單元夾制可分別進行熱壓發泡及冷卻定型作業，並各具有 -第-模座及—可相對於該第一模座產生開合的第二模座； ' 多數之夾制單元，是可拆卸地夾制在料模具上，並各具有一可扣制在該第一模座上的本體、一樞：在該本體亡！'對應該等第二模座的夾桿及-掣動該夾桿相對於该等第二模座產生扣制或鬆釋的掣動件；及一昇降單元，是言史置在該機架一側，並具有一底座、-設置在該底座上方的操作平檯及—可驅動該操作平 24 1255168 檯相對於該底座產生昇降的線性驅動件，該操作平檀可 ^該等模具承放及操作，且受該線性驅動件驅動可在第一、二高度之間產生變化。依據申Μ專利1巳圍第1項所述之鞋件發泡成型設備，其 :’ 5亥等夾制單^更各具有-拖設在該本體上且可使該掣動，產生鎖扣之鎖銷，該鎖銷具有—鄰近於該擎動件之擋邛及一與該擋部呈相反設置的壓制部，且該等本體里並各具有一豎板件、一可調整地組設在該豎板件一側且可抵靠在該箄繁 ^ — 茨寺第一杈座上的抵止件，該豎板件具有一第一軸樞部、-位在該第-軸樞部-側的第二軸 ::及；設置在該第二軸樞部底部且可容設該鎖銷的容一曰錢止件呈L丨，該等夾桿各具有一樞設在該第軸樞邛上的樞接部、一設於該柩接部一側且相對於爷 ^ 止件而抵靠在該等第二模座上的壓制部及一設於該樞 ^另一側且呈階級狀的受擎部，該等掣動件是軸設在该本體之第二軸樞部上，上亚具有一對應該受掣部的掣動部及一與該掣動部相讯相反5又置的彳呆作部，該等掣動部各具曲面’該曲面具有一凸出部位及一設於該凸出部位 —側且相對於該凸出部位朝别門砟凹陷的凹入部位，該等拏動件位在一第一位晋g主置寸’该鎖銷擋止在該掣動件外側，且该凸出部位抵止在該等香寺又I 4上，且該等夾桿之壓制邛疋夾制在該等第二模座、上違等掣動件位在一第二位置時，該凹入部位對庫部是可相對該等第-二: 且該等夹桿之壓制 &」74寻弟一杈座產生擺動。 25 1255168 3·依據申請專利範中，該等失 / 2項所述之鞋件發、泡成型設備，其之間的扭轉彈/更各具有—裝設在該鎖銷與該賢板件凸伸在該本體二’轉彈簧提供該鎖銷之擔部怪保持 4·依據申請專利範圍苐2項所述之鞋件發泡成型設備，其中，該等央制苗- 凡之豎板件具有多數沿縱向等間隔設置的鋼孔，且哮楚臥 Λ _止件具有一豎桿部及一垂直銜接在該 ::口…的橫板部，該豐桿部具多數對應該等銷孔之牙孑L，且可$小一一銷桿穿過該等銷孔與穿孔。 5 ·依據申請專利範圖楚 ^ 弟4項所述之鞋件發泡成型設備，其中’該等类制卷— Λ ^ 70更具有夕數螺設在該抵止件之橫板部部勺°周正螺才王，該等調整螺才全可頂持在該等第一模座底據：請專㈣圍第2項所述之鞋件發泡成型設備，其立忒等夾制單凡更各具有一活動樞設在該掣動件之操球白勺拉把及一連結在該拉把舆該夾桿之間的拉伸彈黃。 •依據中請專利範圍第1項所述之鞋件發泡成型設備，其中:该昇降單元更包含__固設在該底座上的下導引件、 —對應該下導引件而固設在該操作平檯底部的上導引件及—組樞設在該下、上導引件之間的X形叉桿件，且該 :性驅動件具有一樞設在該底座上的第一端部及一與該第知部壬相反設置且樞設在該x形又桿件上的第二端邛，该第二端部可相對於該第—端部產生伸縮，且使該 26 I255168 x形叉桿件產生伸展或收座產生昇降。钻作十檯可相對於該底 8·:據申請專利範圍第7項所述之鞋件發泡成型設備，其 ’该昇降單元的操作平檯具有多數襄設在—頂面上的〉衷珠。 9.:據申請專利範圍第"員所述之鞋件發泡成型設備，1 :::等熱壓夾模單元之第一下、上夾模板及該等冷卻 ^單元第一下、上夾模板各設有一由前側面凹設的凹孔，且夾制在各模具上的夾制單元恰可容設在該等凹孔中〇 a依據申請專利範圍第"員所述之鞋件發泡成型設備，其中^等杈具之第一、二模座各具有一凸設在一前側面的凸出口 δ亥等凸出部可供該等夾制單元夾制定位。 271255168, the scope of patent application: A shoe foam molding apparatus, comprising: a first frame higher than the first height, having a first height and a majority of the hot-pressure loss-molding unit 'is corresponding to the second height And arranged side by side in the horizontal direction on the frame, and each has a "first-lower clamp template, a first upper clamp template disposed above the first-lower clamp template and a driveable lower-upper clamp The template is oppositely clamped to the first driving member, and the first lower and upper clamping templates are internally provided with a flow passage for the heat source to circulate; and the plurality of cooling clamping units are corresponding to the (four)-height and are juxtaposed along the horizontal direction. The rack has a second lower clamp template, a second upper clamp template disposed above the second lower clamp template, and a second drive that can drive the second lower and upper lost template relative to each other. The first lower and upper clamp templates are provided with a flow passage for circulating a cold source; the majority of the molds are subjected to hot pressing foaming and cooling, respectively. Stereotyped work And a second mold base that can be opened and closed with respect to the first mold base; 'the majority of the clamping units are detachably clamped on the material mold, and each has a buckleable at the first mold base Ontology, a pivot: the body is dead! 'A pair of clamping rods that should wait for the second mold base and - a tilting member that pulls the clamping rod relative to the second mold base to produce a buckle or release; and a lifting unit that is placed in the rack One side, and having a base, an operating platform disposed above the base, and a linear drive member capable of driving the operation flat 24 1255168 relative to the base for lifting and lowering And operating, and being driven by the linear drive member can vary between the first and second heights. According to the shoe foam molding apparatus of the first aspect of claim 1, the '5 hai and the other clips are each provided on the body and can be swayed to generate a lock. a locking pin having a damper adjacent to the urging member and a pressing portion disposed opposite to the damper, and each of the bodies has a riser member and an adjustable assembly Abutting member on a side of the riser member and abutting against the first squat of the squatting temple, the riser member having a first pivotal portion and a position at the first pivotal portion a second axis of the side:: and; a 曰止设置设置设置设置设置 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; 第二第二第二第二第二第二第二第二第二第二第二第二第二a pivoting portion on the pivoting portion, a pressing portion disposed on one side of the splicing portion and abutting against the second dies on the side of the splicing portion, and a pressing portion disposed on the other side of the pivoting portion a class-shaped receiving portion, the agitating member is disposed on the second axial pivot portion of the body, and the upper portion has a pair of agitating portion that should be subjected to the crotch portion and a contradiction with the agitating portion. Separate Each of the swaying portions has a curved surface. The curved surface has a convex portion and a concave portion disposed on the protruding portion side and recessed toward the sill relative to the protruding portion. In a first position, the lock pin is stopped on the outside of the tilting member, and the protruding portion is abutted on the incense temple and the I 4 , and the clamping jaws of the clamping rod are clamped. When the second mold base and the upper illegal mover are in a second position, the concave portion is opposite to the first and second: and the clamps are pressed & The younger brother has a swing. 25 1255168 3. According to the patent application, the shoe-making and foam-forming equipment described in the above-mentioned items/2 items, the torsion bombs between them are more and more - mounted on the lock pin and the slab member Stretching on the body, the two 'turn springs provide the lock pin, and the shoe part molding device according to the scope of the patent application 苐 2, wherein the central seedlings - the vertical plate has a plurality of steel holes arranged at equal intervals in the longitudinal direction, and the shackle has a vertical shank portion and a horizontal plate portion that is vertically connected to the :: port, the plucking portion has a plurality of pins corresponding to the pin holes The gums L, and can be passed through the pin holes and perforations. 5. The shoe foam molding apparatus according to the application patent No. 4 of the patent application, wherein the papers of the type — ^ 70 have a plurality of snails disposed on the horizontal plate of the abutting member °Zhou Zhengluo Wang, these adjustment screws can be held at the bottom of the first mold base. According to: (4), the shoe foam molding equipment mentioned in item 2, Each of the handles has a handle that is pivoted on the swinging member and a tensile spring that is coupled between the puller and the clamp. The shoe foam molding apparatus according to claim 1, wherein the lifting unit further comprises a lower guide fixed to the base, and is fixed corresponding to the lower guide. An upper guide member at the bottom of the operation platform and an X-shaped fork member pivotally disposed between the lower and upper guide members, and the sexual drive member has a first pivoted on the base An end portion and a second end turn disposed opposite to the first portion and pivoted on the x-shaped bar member, the second end portion being retractable relative to the first end portion, and the 26 I255168 The x-shaped fork member produces a stretch or a seat for lifting. Drilling ten sets can be relative to the bottom 8: According to the patent item scope item 7, the shoe foam molding apparatus has the operation platform of the lifting unit having a plurality of squatting on the top surface. Beads. 9. According to the application of the patent scope of the "shoes foam molding equipment, 1 :::, etc., the first lower and upper clamp templates of the hot-pressing clamping unit and the first cooling unit Each of the clip templates is provided with a recessed hole recessed by the front side, and the clip unit clamped on each mold can be accommodated in the recessed holes 〇 a according to the patent application scope The foaming molding device, wherein the first and second mold bases of the cookware have a convex portion protruding from a convex side of the front side, such as a protrusion, for the clamping unit to be positioned. 27