200916308 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種製造方法，特別是指一種鞋子的 製造方法。 【先前技術】 有繁.於以往製鞋方法存在許多缺失因此創作人乃創 作、申請並已獲准有第90120234號「發泡鞋體一體成型之 製w方法」發明專利案，如圖工、2所示，該專利案包含 下列步驟： ⑷製備—鞋面11及-鞋底單元12,該鞋面u是以車 縫方式結合至少—片材料所組成，該鞋底單元i2具有-鞋 中底初胚13及一鞋大底14; (b) 將該鞋面U套設於—鞋楦2卜並受—對鞋植夹模 22夾固定位，該鞋楦21是固定於—鞋子機（圖未示厂 (c) 在遠鞋大底14的頂面、該鞋面n凸露出該鞋植夹 模22的外表面塗設黏膠，及將一熱熔膠膜15鋪置在該鞋 t底初胚13的頂面； (d) 將該鞋中底初胚13的邊牆131黏貼於該鞋面u ; (e) 在常溫下，將該鞋底單元12與該鞋面u連同該鞋 楦21 —起置入一成型模具23内，該成型模具门具有一用 以供該鞋大底14置放的底模座24，及分別安裝在該底模座 24兩側的二側模座25 ; (f)對該成型模具23進行加熱、加壓，使該鞋中底初胚 13產生塑型作用並與該鞋大底14黏結為一體，同時活化該 200916308 促使該鞋面u與該鞋中底初㈣相互黏結， 了可使該鞋面11與該鞋底單元_成- 將該鞋中杨胚13塑型成為-鞋中底成品尺寸。 (g)停止加熱，接著進行冷卻作業。 2 Γ了/1錢型模#23取出鞋體，接著對該鞋中底初胚 生成在該料Ui頂緣的溢㈣雜邊作t，就可以獲 仔鞋體成品。 刖述專利案雖然、可以藉由上述步驟製得發泡鞋體，但 仍存有下列待改良處： :、1為該成型模具23的組件是呈分離設計，加上該 該鞋子成型機，所以當該成型模具23 丁口模後’該鞋楦21相對於該成型模具23無法精準定 二：：熱屋結合作業完成後會產生毛邊，因此需要經修 邊作業才能獲得鞋體成品。 -因為該成型模具23的組件是呈分離設計，所以在 ，不同規格㈣成型模具23後，還需先進行校正、微調 進入熱壓結合成型製程，實務上存有整體製程時間較 長、影響生產效率的待改良處。 、三、因為需要在不同步驟中進行該鞋面u與該鞋中底 胚1的黏貼作業’及需將該成型模具u呈分離的組件 古丁 D松導致有周邊配合機具設備較多、精密度需求較 n，造成生產成本較高的待改良處。 【發明内容】 因此’本發明之目的是在提供一種不會產生溢料毛逢 200916308 ，可以省略修邊作業，可縮短製程時間以提高生產效率及 可降低生產成本的鞋子的製造方法。 於是，本發明鞋子的製造方法，包含下列步驟： (A) 製備一模具，該模具包括—第一模座，一呈可相對於該 第模座在一合模位置與一開模位置之間左右轉動地樞 結於該第-模座的第二模座，一里可相對於該第_模座 在一合模位置與一開模位置上下轉動地框結於該第一模 座的上蓋，一設置在該第一模座與該第二模座的二垂直 側杈面之間用以供一鞋楦置入、脫離的鞋楦模穴，及一 設置在該上蓋的底模面並與該鞋楦模穴對合的鞋底模穴 (B) 製備一鞋面及一鞋底單元； (C) 塗佈黏膠，在該鞋面與該鞋底單元的黏結區塗佈黏耀； (D) 黏結定位該鞋面與該鞋底單元；200916308 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a manufacturing method, and more particularly to a method of manufacturing a shoe. [Prior Art] There are many problems in the previous shoe-making methods. Therefore, the creator has created, applied for, and has been approved to have the invention patent of No. 90120234 "Fabric in the form of a foamed shoe body." As shown, the patent includes the following steps: (4) Preparation - upper 11 and sole unit 12, the upper u is composed of at least a sheet material in a sewn manner, the sole unit i2 having a midsole 13 and a shoe outsole 14; (b) The upper U is sleeved on the shoe last 2 and received by the shoe clamp 22, the shoe 21 is fixed to the shoe machine (Fig. The factory (c) is coated with adhesive on the top surface of the outer sole 14 of the far shoe, the upper surface of the shoe clip mold 22 is exposed, and a hot melt adhesive film 15 is laid on the bottom of the shoe. (d) the side wall 131 of the midsole 13 of the shoe is adhered to the upper u; (e) at a normal temperature, the sole unit 12 and the upper u together with the last 21 — placed in a molding die 23 having a bottom mold base 24 for the sole 14 of the shoe, and two side mold bases respectively mounted on both sides of the bottom mold base 24 25; (f) heating and pressurizing the molding die 23 to mold the shoe midsole 13 and bonding with the shoe sole 14 while activating the 200916308 to promote the shoe upper u The midsole (4) of the shoe is bonded to each other, so that the upper 11 and the sole unit can be molded into a finished midsole of the shoe. (g) The heating is stopped, followed by a cooling operation. 2 / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / The foamed shoe body can be obtained by the above steps, but there are still the following improvements: : 1 is that the assembly of the molding die 23 is in a separate design, plus the shoe forming machine, so when the molding die 23 After the die, the shoe last 21 cannot be accurately determined with respect to the molding die 23: the burr is generated after the hot house is combined, so that the trimming work is required to obtain the finished shoe body. - Because the molding die 23 The components are in a separate design, so after the different specifications (four) forming the mold 23, It is necessary to carry out calibration and fine-tuning into the hot-pressing and forming process. In practice, there is a need to improve the overall process time and affect the production efficiency. Third, because the shoe upper u and the shoe midsole need to be carried out in different steps. The sticking operation of the embryo 1 and the component Gudin D loose which needs to separate the molding die u result in more peripheral equipment and more precision requirements, resulting in a higher production cost to be improved. The purpose of the present invention is to provide a method for manufacturing a shoe which can eliminate the trimming operation and can shorten the process time to improve the production efficiency and reduce the production cost without the occurrence of the overflowing of the bristles 200916308. Thus, the method of manufacturing the shoe of the present invention comprises the following steps: (A) preparing a mold comprising: a first mold base, one of which is positionable relative to the mold base between a mold clamping position and a mold opening position a second mold base pivotally coupled to the first mold base, and a second mold base pivotally coupled to the first mold base relative to the mold base at a clamping position and a mold opening position a shoehole cavity disposed between the first mold base and the two vertical side faces of the second die holder for placing and disengaging a shoe last, and a bottom mold surface disposed on the upper cover and Forming a shoe upper and a sole unit with the sole cavity (B) which is in contact with the shoe cavity; (C) coating the adhesive, applying adhesion to the bonding area of the upper and the sole unit; (D Adhesively positioning the upper and the sole unit;
⑹入模，是將套設於該鞋楦並已黏結的該鞋面與該鞋底單 疋―起置入該鞋楦模穴内； (F)合模及加熱、加壓’是使該第二模座轉動至該合模位置 ，及使該上蓋轉動至該合模位置，然後對該模具進行加 熱、加展’使該鞋面與該鞋底單元相互黏結以成為一 鞋子； (G )冷卻；及 (H)開模取出該鞋子。 及可 藉由上述製造步驟，使本發明可以省略修邊作業 縮短製程時間以提高生產效率。 、 200916308 【實施方式】 本發明鞋子的製造方法前述以及其他技術内容、特點 與功效，在以下配合參考圖式之一較佳實施例的詳細說明 中，將可清楚的明白。 如圖3所示，本發明鞋子的製造方法該較佳實施例包 含有步驟S31〜S38。 如圖3、4、5、6、7所示，在步驟S31中，是製 備一模具40，該模具40包括一第-模座41，分別安裝在 該第一模座41兩側並可相對於該第一模座41在一合模位 置與一開模位置之間左右轉動的二第二模座，一安裝在 該苐-模‘座4!上方並可相對於該第—模座41在―合模位 置與-開模位置之間上下轉動的上蓋43，分別設置在該第 :模座與前述第二模座42之間用以供二鞋楦71置入、 脫離的二鞋楦模穴44,及分別設置在該上蓋43的一底模面 43丨並可與該二鞋楦模穴料對合的二鞋底模穴μ。 進步地，每一鞋楦模穴44是由分別設置在該第-模 座41的一垂直側模面411、_ 、 保囬頂模面412、一底面413之間 的—鞋楦模穴半形414，與設置在該第二模座42的-垂直 側模面似、-頂模面422、-底面423之間的—鞋植模穴 半形424所配合形成。 …此外’該二第二模座'42是分別藉由二框件461枢結於 忒第-模座41，該上蓋43是藉由二樞件462樞結於該第一 模座，且該二第二模座42與該第—模座μ之間安裝有 二鎖扣463,該上蓋43與該第—模座41之間安裝有一鎖扣 200916308 464 ° 必棋异是呈可移 Μ , ,, . ^ 置放在一鞋子成型機的 二上二圖未不)，使本發明可以在同一機台上對該模具4〇 二’、//部作業’也可以在不同機台上對該模具40進 盯加熱、冷卻作業。 在步驟S32中，是製備二鞋面5〇及二鞋底單元6〇，該 可為㈣成型完成的熱可塑性鞋面半成品，也可為 車縫鞋面半成品、皮質鞋面半 *" 丁双πσ 4鞋底早兀60可為預 光成型完成的熱可塑性鞋庙主# σ …生鞋底+成品，也可為由其他材料製 成的鞋底半成品，在該較佳實施例中，該熱可塑性材料為 VA(ethyIene— vmylacetatec〇p〇iymer 乙婦—乙酸乙烯共 聚物）及其均等物。 在步驟S33中’是在該二鞋面5〇與該二鞋底單元6〇 的黏結區塗佈黏膠72。 在步驟S34 +，是分別黏結定位該二鞋面5〇與該二鞋 底單元60。可以先將該二鞋面5〇套設定位於該二鞋楦η ，再將該二鞋底單元60黏結定位於該二鞋面50，也可以先 將該—鞋底單元6〇黏結定位於該二鞋面5〇，再將該二鞋面 5〇套設定位於該二鞋楦71。 在步驟S35中，疋將已黏結的該二鞋面5〇與該二鞋底 單元60，及该一鞋楦71分別置入該第一模座Μ的二鞋楦 模穴半形414内。 在步驟S36中，是將該二第二模座42分別左右轉動至 該合核位置並扣鎖定位，及將該上蓋43往下轉動至該合模 200916308 位置，如此即完成合模作業，然後對該模具4〇進行加熱、 加^就可以使該二鞋面50與該二鞋底單元6〇相互黏結 固定成為二鞋子80’前述對該模具4〇的加熱可為直接加‘ 、間接加熱，進一步地，加熱時間約為1〜7分鐘、加熱;显 度約為 loot：〜150°C。 ‘、’、'凰 值得說明的是，當本發明是在同一機台上對該模具4〇 ,行加熱、冷卻作業’可以不用扣鎖該上i 43，當本發明 是在不同機台上對該模具40進行加熱、冷卻作業，則需扣 鎖该上蓋43。 ”、 在步驟S37中，是對該模具40進行冷卻作業，可為直 接冷卻、間接冷卻》(6) entering the mold, the upper and the bonded upper and the sole are placed into the mold cavity; (F) clamping and heating, pressurizing 'is the second The mold base is rotated to the clamping position, and the upper cover is rotated to the clamping position, and then the mold is heated and expanded to make the upper and the sole unit adhere to each other to become a shoe; (G) cooling; And (H) open the mold to take out the shoe. And by the above manufacturing steps, the present invention can omit the trimming operation and shorten the processing time to improve the production efficiency. [Embodiment] The above-described 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. 3, the preferred embodiment of the method of manufacturing a shoe of the present invention comprises steps S31 to S38. As shown in FIGS. 3, 4, 5, 6, and 7, in step S31, a mold 40 is prepared. The mold 40 includes a first mold base 41 which is respectively mounted on both sides of the first mold base 41 and is opposite to each other. Two second mold bases that are rotated left and right between the mold clamping position and a mold opening position of the first mold base 41 are mounted above the 苐-die 'seat 4! and relative to the first mold base 41 The upper cover 43 which is rotated up and down between the clamping position and the opening position is respectively disposed between the first mold base and the second mold base 42 for the two shoe lasts to be inserted and disengaged. The cavity 44 and the two sole mold holes μ respectively disposed on a bottom mold surface 43 of the upper cover 43 and which can be combined with the two shoe lasts. Progressively, each of the shoe mold cavities 44 is disposed between a vertical side mold surface 411, _, a top mold surface 412, and a bottom surface 413 of the first mold base 41. The shape 414 is formed in cooperation with the shoe mold cavity half 424 disposed between the vertical mold surface of the second mold base 42 and the top mold surface 422 and the bottom surface 423. In addition, the two second mold bases 42 are pivoted to the first mold base 41 by two frame members 461, and the upper cover 43 is pivoted to the first mold base by two pivot members 462, and Two locks 463 are mounted between the second mold base 42 and the first mold base μ. A lock is installed between the upper cover 43 and the first mold base 41. The lock is 200916308 464 °. , , . . placed in a shoe molding machine, the second and second drawings, so that the present invention can be used on the same machine, the mold can be used on the same machine. The mold 40 is focused on heating and cooling operations. In step S32, two upper 5 〇 and two sole units 6 制备 are prepared, which may be (4) formed thermoplastic semi-finished products, or semi-finished semi-finished products, leather upper half*" The πσ 4 sole early 60 can be a pre-formed thermoplastic plastic shoe sole # ... ... raw sole + finished product, can also be a sole semi-finished product made of other materials, in the preferred embodiment, the thermoplastic material It is VA (ethyIene-vmylacetatec〇p〇iymer, ethylene-vinyl acetate copolymer) and its equivalent. In step S33, the adhesive 72 is applied to the bonding regions of the two uppers 5〇 and the two sole units 6〇. In step S34+, the two uppers 5〇 and the two sole units 60 are respectively bonded and positioned. The two upper 5 〇 sets can be first set in the two shoe 楦η, and the two sole units 60 are bonded and positioned on the two uppers 50, or the sole unit 6 〇 can be firstly bonded to the two shoes. 5 〇, and then set the two upper 5 〇 sets on the two last 71. In step S35, the two upper vamps 5 〇 and the two sole units 60 and the last 71 are respectively placed in the two shoe half-holes 414 of the first die holder. In step S36, the two second mold bases 42 are respectively rotated to the right and left positions to buckle the lock position, and the upper cover 43 is rotated downward to the position of the mold clamping 200916308, so that the mold clamping operation is completed, and then By heating and adding the mold 4, the two uppers 50 and the two sole units 6〇 can be bonded to each other to form two shoes 80'. The heating of the mold 4 can be directly added and indirectly heated. Further, the heating time is about 1 to 7 minutes, heating; the visibility is about loot: ~ 150 °C. ', ', ', 凤凰, it is worth noting that when the present invention is on the same machine, the mold 4 is heated, and the cooling operation can be performed without the lock on the upper i. When the present invention is on different machines. When the mold 40 is heated or cooled, the upper cover 43 needs to be locked. In step S37, the mold 40 is cooled, which may be direct cooling or indirect cooling.
關於前述加熱、冷卻，可以藉由分別在該模具4〇的第 —模座4i、第二模座42、上蓋43及該鞋楦71設置流道（圖 未示），然後再注入加熱液、冷卻液達成。由於對該模具4〇 的加熱、冷卻，為熟悉此項技藝之人士所易於瞭解，且其 並非本發明之特點所在’故在此不詳細說明。 在步驟S38中，是先將該上蓋43往上轉動至該開模位 置，接著將該二第二模座42左右轉動至該開模位置，然後 就可依序取出§亥一鞋植71、該二鞋子80。進一步地，可以 採用氣壓推出或利用工具推出的方式取出該二鞋子8〇，由 於此為熟悉此項技藝之人士所易於瞭解，且其並非本發明 之特點所在，故在此不予贅述。 如圖8所示，該鞋底單元60也可包括相互黏結固定的 —鞋中底61與一鞋大底62’該鞋大底62以耐磨材料製成 10 200916308 最佳，在該較佳實施例中是以橡膠製成，此外，是在步 34中，先將該鞋中底61黏結定位於該鞋面跟驟 任步驟35 後，先將該鞋大底62置入限位在該鞋底模穴45 該鞋大底62的黏結區先塗佈黏膠72，接著進 ^ 鄉 3 6， 就可以同時使該鞋大底62黏貼固結於該鞋中底61的底側 ，如圖9、1 〇所示，該模具40的第一模座41也 縱向截面略呈凸字形的座體，具有可以使該模具40在人极 狀態時整體強度更佳的特性。 ° 、 值得說明的有： 一、在步驟S32巾，當在製備該鞋底單元6〇時，更可 在該鞋底單元60、該鞋中底61的前掌部位或後 —補強片（圖未示1入 二、在步驟S32 t ’當在製備該鞋底單元6〇 在該鞋底單元60的外周面植入至少—飾片(圖未示)。 二、本發明藉由上述製造步驟雖然一次可以製得二隹 鞋子80，但也可以一次只製造一隻鞋子80。 ^又 —躍然圖8、圖10的該鞋面5〇與該鞋楦模穴 之間無間隙，但是當該鞋面5G為車縫鞋面半成品、皮質 面半成品’該鞋面5 G與該鞋楦模穴4 4之間會存有間隙。 ▲歸納上述’本發明鞋子的製造方法具有如下所述之 攻及優點，故確實能達.成發明目的： -、因為該鞋楦71不是安裝固定於該鞋子成型機， 亥模具4〇的第一模座4卜二第二模座42、上蓋43呈 200916308 互樞結設計，所以當該 底模穴45，及兮模具 旦 於該鞋楦模穴44與該鞋 «•褒模具40完成合模作 可藉由該模具40位於精準 乍業後’該鞋檀71自然 業後，就不會產生溢料毛邊，當完成熱I结合作 作業，相對可以縮短製程 月具有可以省略修邊 點。 ，以提尚生產效率的功效及優 二^為該模具4〇的第一模座4 盍43呈相互樞結設計，所以不需 上 以直接進行熱壓結合作業，相仃::、微調，就可 23換模後需再進行校正、微調，本二=型模具 製程時間以提高生蓋效率的功效及優點/ ，加以先_鞋面5。與該鞋底單元6。 ,43 :Γ 第一模座41、第二模座42、上 :本發:二成熱I结合作業，相較於習知的製法 發八有可以減少周邊配合機具數量、精密度 低以降低生產成本的功效及優點。 =、因為本發明可以—次製得二隻鞋子如所 可以有效提高產能的功效及優點。 , 五、因為該鞋面50與該鞋底單元6〇的黏結處完全密 貼無間隙，使本發明具有該鞋子8〇的防水性極佳的功效及 優點。 惟以上所述者，僅爲太说 置為本發明之一較佳實施例而已，去 不能以此限定本發明實施之範圍，即大凡依本發明申請: 利範圍及發明說明内容所作之簡單的等效變化與修飾，皆 12 200916308 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是第90120234號「發泡鞋體一體成型之製造方法 」發明專利案的一分解立體圖； 圖2是第90120234號「發泡鞋體一體成型之製造方法 」發明專利案的一組合剖視圖； 圖3是本發明鞋子的製造方法一較佳實施例的流程圖 圖4是該較佳實施例的一仰視立體圖，說明一模具； 圖5是一採自圖4的俯視圖； 圖6是該較佳實施例的一俯視示意圖，說明該模具的 —第二模座、—上蓋皆位於開模位置的狀態； 圖7是該較佳實施例的一組合剖視圖’說明二鞋面與 —鞋底單元入模進行熱壓結合的狀態； 圖8疋一類似圖7的視圖，說明該鞋底單元更包括一 鞋大底； 圖9是一類似圖4的視圖，說明另一模具，·及 圖1 〇是一類似圖7的視圖。 13 200916308 【主要元件符號說明】 40....模具 45....鞋底模穴 41....第一模座 4 61...框件 411...垂直側模面 462…樞件 412...頂模面 4 6 3…鎖扣 4 1 3 ...底面 4 6 4…鎖扣 414...鞋楦模穴半形 50·"·鞋面 42....第二模座 60....鞋底單元 421...垂直側模面 61....鞋中底 422…頂模面 62....鞋大底 423…底面 71....鞋楦 424...鞋楦模穴半形 72…·黏膠 43_____L 蓋 80....鞋子 431...底模面 44....鞋楦模穴 14With regard to the foregoing heating and cooling, a flow path (not shown) may be provided by the first mold base 4i, the second mold base 42, the upper cover 43, and the last 71 of the mold 4, respectively, and then the heating liquid may be injected. The coolant is reached. Since the heating and cooling of the mold 4〇 are easily understood by those skilled in the art and are not characteristic of the present invention, they will not be described in detail herein. In step S38, the upper cover 43 is first rotated upward to the mold opening position, and then the second second mold base 42 is rotated to the mold opening position, and then the shoji 71 can be taken out in sequence. The two shoes are 80. Further, the two shoes 8 can be taken out by air pressure or by means of a tool, which is easily understood by those skilled in the art and is not a feature of the present invention, and therefore will not be described herein. As shown in FIG. 8, the sole unit 60 may also include a shoe sole 61 and a shoe outsole 62' which are bonded to each other. The shoe outsole 62 is preferably made of a wear resistant material 10 200916308, which is preferably implemented. In the example, it is made of rubber. In addition, in step 34, the shoe midsole 61 is first bonded to the upper surface of the shoe upper step 35, and the shoe sole 62 is first placed in the sole. The cavity 45 of the shoe outsole 62 is first coated with the adhesive 72, and then the shovel 3 6 can be used to simultaneously adhere the shoe outsole 62 to the bottom side of the midsole 61, as shown in FIG. As shown in FIG. 1, the first mold base 41 of the mold 40 also has a substantially convex-shaped seat body in a longitudinal section, and has a characteristic that the overall strength of the mold 40 can be improved in a human pole state. °, worthy of explanation: First, in step S32, when the sole unit 6 is prepared, the sole unit 60, the forefoot portion of the midsole 61 or the rear-reinforcing sheet may be further provided (not shown) 1) In step S32 t 'When the sole unit 6 is prepared, at least a decorative sheet (not shown) is implanted on the outer peripheral surface of the sole unit 60. 2. The present invention can be made at one time by the above manufacturing steps. I have to get two shoes 80, but I can also make only one shoe 80 at a time. ^ Again - I have no gap between the upper 5 〇 of Figure 8 and Figure 10 and the shoe cavity, but when the upper 5G is There is a gap between the upper half of the sewn upper and the semi-finished leather surface. There is a gap between the upper 5 G and the last of the shoe. 4 ▲In summary, the manufacturing method of the shoe of the present invention has the following advantages and advantages. It can be achieved. For the purpose of the invention: - Because the shoe last 71 is not fixed to the shoe forming machine, the first die holder 4 of the 4th die, the second die base 42 and the upper cover 43 are designed as a mutual pivoting design of 200916308. , so when the bottom mold cavity 45, and the boring mold is in the shoe last cavity 44 with the shoe «•褒With the completion of 40 mold clamping, the mold 40 can be used after the precision industry. After the natural development of the shoe, the flash burrs will not be generated. When the thermal I-joining operation is completed, the process month can be shortened and the repair can be omitted. The side point. In order to improve the efficiency of the production efficiency and the excellent mold, the first mold base 4 盍43 of the mold 4 is designed to be pivoted to each other, so there is no need to directly perform the hot press bonding operation, and the opposite:: Fine-tuning, you can recalibrate and fine-tune after changing the mold. The second mold-making time is used to improve the efficiency and advantages of the capping efficiency. First, _ upper 5. With the sole unit 6. , 43 :Γ The first mold base 41, the second mold base 42, and the upper: the present invention: the combination of the two heats I work, compared with the conventional method, the utility model can reduce the number of peripheral matching tools and the low precision to reduce the production cost. And the advantage. = Because the invention can make the effect and advantages of the two shoes as effectively as possible, 5. Because the bonding of the upper 50 and the sole unit 6 完全 is completely close and no gap, The invention has the waterproofness of the shoe 8〇 The above is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the application according to the present invention: the scope and invention The simple equivalent changes and modifications made by the descriptions are all within the scope of the patents of the present invention. 12 [Complete description of the drawings] Fig. 1 is the invention patent of the "manufacturing method of foamed shoe body integrated molding" No. 90120234 Figure 2 is a cross-sectional view of the invention of the invention of the method for manufacturing the foamed shoe body of the present invention; Figure 3 is a flow chart of a preferred embodiment of the method for manufacturing the shoe of the present invention. FIG. 5 is a top plan view of FIG. 4; FIG. 6 is a top plan view of the preferred embodiment, illustrating a second mold base of the mold. The upper cover is in a state of the mold opening position; FIG. 7 is a sectional view of the preferred embodiment of the present invention, illustrating a state in which the two uppers and the sole unit are thermocompression bonded; FIG. 8 is similar to FIG. FIG, indicating that the unit further comprises a sole outsole; FIG. 9 is a view similar to Figure 4, illustrating another mold, - and 1 billion is a view similar to FIG. 7. 13 200916308 [Description of main component symbols] 40....Mold 45....Sole mold hole 41....First die holder 4 61...Frame member 411...Vertical side die face 462...Pivot 412... top mold surface 4 6 3... lock 4 1 3 ... bottom surface 4 6 4... lock 414... shoe sole mold half 50·"·shoe 42....second Mold base 60....sole unit 421...vertical side die face 61....sole midsole 422...top die face 62....sole outsole 423...bottom 71....shoes 424. .. shoe 楦 cavity half-shaped 72...·adhesive 43_____L cover 80....shoe 431...bottom surface 44....shoe mold cavity 14