201116225 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種鞋面之立體成型裝置及方法，其兼具总 熱與冷卻較均勻、可快速的取置空心模體與空心模體可在&二 固定裝置上轉動等優點及功效。 、 【先前技術】201116225 VI. Description of the Invention: [Technical Field] The present invention relates to a three-dimensional forming device and method for a shoe upper, which has a uniform heat and cooling, and can quickly take a hollow mold body and a hollow mold body. The advantages and effects of turning on the & two fixtures. [Prior Art]
參閱第十三圖，傳統製作鞋面80的方式(例如中華民 巧專利第TWM243962號之處理鞋面加濕、熱定型及整平的 器、’惟元件名稱與編號概以本案為主），係將由膠質81黏合 内，82與外皮83套設在置於機台7〇内的模體71上，再二予 熱氣72，使膠質81受熱而黏合在内裡82與外皮83之間，作 這樣的結構產生以下問題： — [1]浪費風量。傳統裝置的熱氣是從機台内部朝模體上 鞋面吹送，而機台的内部空間遠大於模體的數量，且機台内 通吊δ又置複數個模體(假設為5個），亦即，不管模體上是否 套設鞋面(假設其中3個有套設，另外2個沒有），'都會^ ^ 内的熱氣吹到，相當浪費風量。 σ [2] 受熱不均而無法均勻黏合。傳統裝置的熱氣是由機二 2部朝鞋面吹送’亦即“迎風面，，受熱會比“背風面，，多，： 廷樣的方式吹送熱氣一定有死角，造成鞋面内的膠質無法 黏合於内裡與外皮間。 [3] 無法快速的取置模體。傳統裝置必需將套設鞋面 ，放進機台内，並在關上機终才能送熱氣錢行鞋面加工， 這樣的方式，造成模體的取置相當麻煩，無法快速的取置模體。 、[4]模體無法在機台内轉動。傳統的模體在套設鞋面後是 平穩的放在機台内，即使開啟機台也無法在機台内轉動，如要 對鞋面之底部進行加工，就必需取出機台 無法直接在機台内轉動而加工，相當不便。疋才此加工 故如何開發出更良好之結構，而可解決傳統結構產生的問 201116225 題，是刻不容緩的事。 【發明内容】 氺ίίΓ之也目的’在於提供一種鞋面之立體成型裝置及方 ΐίίίϊ冷卻較均勻、可快速的取置空心模體與空心 決之_“. ^力< °特別是’本發明所欲解 速的風量、受熱不均而無法均勻黏合、無法快 k的取置模體與模體無法在機台内轉動的問題。 置及ϊί上iff之技術手段係提供—種鞋面之立體成型裝 置及方法’其立體成型裝置部份包括： 氣孔了 二係具有—内空心部、—外套設面部、複數個 万一二…軋口、至少一冷氣口、一支撐底部、一夾持部 C 4^，該Γ套設面侧以供-待成型件套設；該複數個 =該待成型件係包括以一膠質層貼合的一内 - 翻定|置，係包括—基座、—讀件、—夾持件及 該支樓件用以支樓該支樓底部；該夾持件用以夾持 勾扣件用以扣住該勾扣部；而可將套設該待成型 件的二心模體固定於該模體固定裝置上； 了熱氣供入部，係連結於該支樓件，用以對該熱氣 一熱氣； 二冷氣供^部，係用以對該冷氣口供入一冷氣； 友藉此，由6亥熱氣供入部經該熱氣口，而對該内空心部供入 ，氣，熱氣由複數個氣錄發至雜成型件，使膠f層受孰 U合於該内裡結構與該外皮結構之間，並使該待成型俗遠該 1套設面狀輪廓熱定型；並倾冷祕人部㈣冷氣口，而 該ΐί:部供人冷氣’冷氣由複數個氣孔散發至該待成型 件，使其冷卻成型為一鞋面結構。 其立體成型方法部份係包括下列步驟： 一 ·準備步驟； 201116225 二·固定步驟； 三·熱成型步驟； 四•冷卻定型步驟； 五•分離步驟；及 六·完成步驟。 本發明之上述目的與優點’不難從下述所選用實施例之 細說明與附圖中，獲得深入瞭解。 兹以下列實施例並配合圖式詳細說明本發明於後： 【實施方式】 參閱第一、第二、第二及第四圖，本發明係為一種鞋面之 立體成型裝置及方法，關於成型裝置部份係包括： 一空心模體10,係具有一内空心部U、一外套設面部U、 複數個氣孔13、至少一熱氣口 14、至少一冷氣口 15、一支严 底部16、一夾持部17及一勾扣部18 ;該外套設面部12用^ ?:待成型件91套設；該複數個氣孔13、該熱氣口 14與誃 冷乱口 15係分別連通該内空心部u及該外套設面部12 ^ 待成型件91係包括以一膠質層911貼合的一内裡結構912 ^ 一外皮結構913; 久 一模體固定裝置20，係包括一基座21、一支撐件22、一 2持一勾扣件24 ;該支樓件22用以支撐該支撐底部 ’該夾持件23用以夾持該夾持部17 ;該勾扣件2以 ，該勾扣部18 可將套設該待财件91 定於該模體固定裝置20上； 娜1〇固 一熱氣供入部30，係連結於該支擇件22， 口 14供入一熱氣31; 用以對4熱軋 入部40，係用以對該冷氣口 15供入一冷氣41 . 藉此，由该熱氣供入部30經該熱氣口 14，而、 =供人減3卜熱氣31由複數個氣孔 2 ;使膠質層911受熱均勾炫合於該内裡 201116225 ^熱定f (衫五騎利；動該冷驗人部4 15，而對該内空心部u供入冷氣41(如第 千-^口 由複數個氣孔13散發至該待成型件91吏、圖^型^^ 實務上，該待成型件91係由一鞋頭表面9U、 、一鞋跟表面91C及一鞋底布絨_組成(如第： 第九視實際使用需要再設一轉動頭部231(來閱 夾持;^ 92 ^ 供入部3〇係同時用以驅動該支擇件22升降，使嗲 i二t二該支撐底部16相對移動(如苐二及第四圖所示)： ^ 之膠質層911係為罐結構(參閱第十 華民國93年8月u曰申請的發明專利ί 方法及製ϋί:，、炫自黏材料網格層之可塑型片狀物之製造 又鞋頭表面91與該鞋跟表面91<：上之膠質層911孫 薄邊緣Β及一漸薄部c(參閱第十-圖，、 ^ ;中華民國.97年4月1日申請的新型專利笛 較厚ϋΪ有號^具薄部之熱炫膠輔助定型立體結構)，該 m有一第一厚度τ卜該較薄邊緣B具有-第三厚卢 該^厚度τι;該漸薄部c具有―第^度^ T3H 的第—厚度τι朝雜薄邊緣b之第三厚度 垃-Sto立ΐ成、型裝置又包括一熱氣快速接頭61及一冷氣快速 別設於該支撐件22與該冷氣口15上，以分$ 供以…乳供入部30與該冷氣供入部4〇作快速拆、組;且該熱1 201116225 他快速拆、組裝置之等效置換。 所示）： 1方法。卩份則包括下列步驟(如第十二圖 心模體10準:固5^參閱第-、第，及第三圖，準備-空 入部40 ;該空心模體一熱氣供入部30及一冷氣供 η、複數個氣孔13、、至少二d心部11、一外套設面部 支揮底部16、—夾持 ^口 14、至少-冷氣口 15、-用以供-待成型件j套二、^18 ;該外套設面部口 與該冷氣口 15係分別遠數氣孔13、該熱氣口 14 23及一勾扣基座21、一支揮件22、一夾持件 該待成型件9^包3〇係連結於該支樓件22 ; 一外皮結構913括膝質層貼合的一内裡結構912及 持件I夾^定t 52 :將該空心模體10之夾持部17以該夾 件22朝上頂住支撐該支撐底部j 91的空心H 扣部18 ;即可將套設該待成型件 經該^ =步驟％ :如第四圖所示，由ί熱氣供入部3〇 由複ί個氣供入熱氣31，熱氣31係 勾熔合於言發offf成型件91 ;使膠質層911受熱均 型件91隨該外套構913之間；並使該待成 四·，卜套叹面"H2之輪雜定型(如苐五圖所示）； 經該冷氣^々型步驟54 :錢第六®，由該冷氣供入部40 ί而對該内空心部11供入冷氣41，冷氣41孫 =構?2賊13散發至該待成型件9卜使其冷卻成型為-鞋 扣件:如第七圖所示，將該支樓件22與該勾 夾持件23 _ 1〇，即可將該空心模體10與該 201116225 、、禮ί丨56:參閱第人圖，將該鞋面結構92從該空 〜模體ω上取下，即成型該鞋面結構％。 ^務上’該待成型件91係由一鞋頭表面91Α、一鞋 =、-鞋跟表面91C及-鞋底布絨仙組齡第十圖戶^ 動步ϊϊί步驟54後，可财際加4斜增加-轉 ，步驟5=^九騎示):其係該夾持件23又設—轉動頭部 二23係透過該轉動頭部231連結於該基座2卜Referring to the thirteenth figure, the traditional method of making the upper 80 (for example, the Chinese Handmade Patent No. TWM243962 handles the humidification, heat setting and leveling of the upper, 'only the component name and number are mainly based on this case), The glue 81 is bonded, the 82 and the outer skin 83 are sleeved on the mold body 71 placed in the machine 7 ,, and the hot air 72 is applied to make the glue 81 heat and adhere between the inner 82 and the outer skin 83. Such a structure creates the following problems: — [1] wasting wind. The hot air of the traditional device is blown from the inside of the machine to the upper of the mold body, and the internal space of the machine is much larger than the number of the mold body, and the δ in the machine is placed in a plurality of phantoms (assumed to be 5). That is, regardless of whether the upper is placed on the phantom (assuming that three of them are sleeved and the other two are not), the hot air inside the '^^^ is blown, which is a waste of air volume. σ [2] is unevenly heated and cannot be bonded uniformly. The hot air of the traditional device is blown by the second part of the machine to the upper, that is, the windward side, and the heat will be more than the leeward side, and more: the method of blowing the hot air must have a dead angle, which causes the glue in the upper to fail. Adhesive between the inner and outer skin. [3] The phantom cannot be quickly accessed. The traditional device must be equipped with a shoe upper, placed in the machine table, and can be used to send hot air money to the upper during the closing of the machine. In this way, the positioning of the mold body is quite troublesome, and the mold body cannot be quickly taken. [4] The phantom cannot be rotated in the machine. The traditional phantom is placed in the machine table smoothly after setting the upper. Even if the machine is turned on, it cannot be rotated in the machine. If the bottom of the upper is to be processed, it is necessary to take out the machine and not directly in the machine. It is quite inconvenient to rotate and process inside the station. Therefore, it is an urgent task to develop a better structure and solve the problem of the traditional structure. [Description of the Invention] The purpose of 氺ίίΓ is to provide a three-dimensional forming device for the upper and a relatively uniform cooling, which can quickly take out the hollow phantom and the hollow _". ^力< ° especially the present The problem of the air volume, the uneven heating, the inability to uniformly bond, the inability to fast k, and the inability of the mold to rotate in the machine. The technical means of providing — iff on the iff The three-dimensional forming device and method 'the three-dimensional forming device part comprises: a venting hole having two inner portions, an inner hollow portion, a jacketing surface, a plurality of rolling ports, at least one cold air port, a supporting bottom portion, and a clip. Holding part C 4^, the side of the Γ sleeve is provided for the to-be-formed part; the plurality of pieces constituting the part to be molded includes an inner-reset|position which is attached by a gel layer, and includes a seat, a reading member, a clamping member and the supporting member are used for supporting a bottom of the branch; the clamping member is for holding a hooking member for fastening the hooking portion; a two-hearted mold body to be molded is fixed on the mold body fixing device; Connected to the branch member for heating the hot air; the second cold air supply portion is for supplying a cold air to the cold air port; the friend uses the 6H hot gas supply portion to pass through the hot air port, and the The inner hollow portion is supplied, and the gas and the hot gas are recorded from the plurality of gas to the miscellaneous molded piece, so that the glue f layer is combined with the inner lining structure and the outer skin structure, and the set is to be formed. The surface profile is heat-set; and the cold part of the secret part (4) is cooled, and the ΐί: part is supplied with cold air. The cold air is emitted from the plurality of air holes to the part to be molded, so that it is cooled and formed into an upper structure. The molding method part includes the following steps: 1. Preparation step; 201116225 2. Fixing step; 3. Thermoforming step; 4. Cooling and setting step; 5. Separation step; and 6. Completion step. The above objects and advantages of the present invention 'It is not difficult to understand the following detailed description of the selected embodiments and the drawings. The following is a detailed description of the present invention with the following embodiments: [Embodiment] Referring to the first, second, and Second and fourth figures, the invention is A three-dimensional forming device and method for a shoe upper, comprising: a hollow mold body 10 having an inner hollow portion U, a jacket portion U, a plurality of air holes 13, at least one hot air port 14, at least a cold air port 15, a strict bottom portion 16, a clamping portion 17 and a hook portion 18; the outer cover portion 12 is sleeved with a member to be molded 91; the plurality of air holes 13, the hot air port 14 and The inner cooling portion 15 and the outer jacket portion 12 are respectively connected to the outer hollow portion u and the outer surface portion of the outer surface portion of the inner hollow portion 15. The inner surface structure 912 is a lining structure 913. The device 20 includes a base 21, a support member 22, and a holding member 24; the support member 22 supports the bottom portion of the support member. The clamping member 23 holds the clamping portion 17 for clamping the clamping portion 17. The hooking member 2 is configured such that the hooking portion 18 can set the waiting for the securing member 91 to the mold body fixing device 20; and the hot air feeding portion 30 is coupled to the supporting member 22 The port 14 is supplied with a hot gas 31; the pair of hot-rolling portions 40 are used to supply a cold air 41 to the cold air port 15. Thereby, the hot gas is supplied The portion 30 passes through the hot gas port 14, and = = for the person to reduce 3, the hot gas 31 is composed of a plurality of pores 2; the gel layer 911 is heated and hooked to the inner lining 201116225 ^ heat setting f (shirt five riding; The cold portion 415 is supplied to the inner hollow portion u, and the cold air 41 is supplied to the inner hollow portion (for example, the first plurality of air holes 13 are emitted from the plurality of air holes 13 to the workpiece 91 to be molded, and the shape is to be formed. The piece 91 is composed of a toe surface 9U, a heel surface 91C and a sole velvet _ (for example: the ninth view needs to be further provided with a rotating head 231 (to read the clamping; ^ 92 ^ for The inlet 3 is simultaneously used to drive the support member 22 to move up and down, so that the support bottom portion 16 of the 嗲i2t2 is relatively moved (as shown in the second and fourth figures): ^ The gel layer 911 is a can structure (see The invention patent of the tenth Republic of China in August 1993 ί method and system ϋ:, the manufacture of the plastic sheet of the self-adhesive material mesh layer and the toe surface 91 and the heel surface 91<: On the upper layer of the gelatinous layer 911, the thin edge of the sun and a thinner part c (see the tenth-picture, ^; the Republic of China. The new patent transcript applied on April 1, 1997 is thicker than the thick one. Bright rubber a fixed-type three-dimensional structure), the m has a first thickness τ, the thinner edge B has a third thicker thickness τι; the tapered portion c has a first thickness τι The third thickness of the edge b-Sto, the type device further includes a hot gas quick connector 61 and a cold air is quickly disposed on the support member 22 and the cold air port 15 to provide a milk supply portion 30. The cold air supply unit 4 is used for quick disassembly and assembly; and the heat 1 201116225 is used for quick disassembly and equivalent replacement of the group device. Shown): 1 method. The sputum includes the following steps (such as the twelfth figure of the phantom body 10: solid 5 ^ see the first, the third, and the third figure, the preparation - the vacant portion 40; the hollow phantom a hot gas supply portion 30 and a cold air For η, a plurality of air holes 13, at least two d core portions 11, a jacket with a facial support bottom 16, a clamping port 14, at least - a cold air port 15, - for - a part to be molded j ^18; the jacket is provided with a face port and the cold air port 15 respectively, a plurality of air holes 13, the hot air port 14 23 and a hook base 21, a swing member 22, a holding member, the molded part to be molded 3〇 is attached to the branch member 22; an outer skin structure 913 includes an inner structure 912 and a holding member I are attached to the knee layer; t 52: the clamping portion 17 of the hollow mold body 10 is The clip member 22 is upwardly supported by the hollow H-buckle portion 18 supporting the bottom j 91 of the support; the sleeve to be molded can be sleeved through the step = step %: as shown in the fourth figure, by the hot gas supply portion 3〇 The hot gas 31 is supplied with the hot gas 31, and the hot gas 31 is fused to the hairless offf molding 91; the rubber layer 911 is heated between the outer casing 91 and the outer casing 913; Sigh Face "H2 Wheel Stereotype (as shown in Fig. 5); through the cold air type step 54: money sixth®, the cold air supply unit 40 is supplied with cold air 41, and the cold air 41 sun = structure 2 The thief 13 is distributed to the part to be molded 9 to be cooled and formed into a shoe fastener: as shown in the seventh figure, the branch member 22 and the hook clamping member 23 _ 1 〇, the hollow mold can be The body 10 and the 201116225, et al. 56: refer to the figure of the person, the upper structure 92 is removed from the empty body ω, that is, the upper structure % is formed. 91 series from a toe surface 91Α, a shoe =, - heel surface 91C and - soles velvet immortal group tenth figure ^ move step ϊϊ 步骤 step 54, after the financial plus 4 oblique increase - turn, step 5 =^九骑示): The clamping member 23 is further provided - the rotating head 23 is connected to the base through the rotating head 231
及該勾扣件24皆退離該空讀體1G，該夾持 待成^of ϊϊ ΐ心模體1〇在該轉動頭部231上轉動，將該 鞋面結構92之鞋底布絨91D轉動朝上， 以利進行加工。 以制咖师賴支餅22升降，使該 ^撐件22 ” δ亥支撐底部16相對移動(如第二及第四圖所示）。 設於$鞋身表面91Β之膠質層911係為網格結構。 設於該鞋頭表面91與該鞋跟表面91C上之膠質層911係 5一較厚部A、一較薄邊緣B及一漸薄部C，該^厚部A 具有一第一厚度T1，該較薄邊緣B具有一第三厚度T3，其係 小於該第-厚度τι;該漸薄部c具有一第二厚度T2，^該 較厚部Α的第一厚纟Τ1朝該較薄邊緣Β之第三厚度Ώ遞減。 本，體成型方法之準備步驟51又包括一熱氣快速接頭61 及一冷氣快速接頭62 ;其分別設於該支撐件22與該冷氣口 15 上’以为別供該熱氣供入部3〇與該冷氣供入部4〇作快速拆、 組；且該熱、冷氣快速接頭61與62可為其他快速拆、、组裝置 之等效置換。 — 本發明之使用方式係如下所述： 如第一、第二及第三圖所示，將該待成型件91套設於該 空心模體10，以該夾持部17將該空心模體1〇夾置於^夹持 件23，再控制該勾扣件24與該支撐件22分別上、下接觸該 勾扣4 18與該支樓底部16而快速固定該空心模體1〇。由該 201116225 熱氣供入部30名坐該敎裔q u - 而對該内空心部U供入熱氣 件91; 複數個氣孔13散發至該待成型 二;1===、;構913被膠質㈣均勻 邻份的鞋5Ι：^θ(ΐ1Α f 2之輪廓而熱定型(如第五圖所示， _身表面91B軟化貼合於〜模體 下所優示），並取出該鞋自快速卸 本發明之優點及功效可歸納如下： 模體=受ΐΐϊ:較均勻。本發明之冷、熱氣係集中在空心 勾扣部，二用=二= :』持件與勾扣件快速的結合、分離，達到可快速的取ίϊ [3] 2心模射在模體固定裝置上轉動。本 轉動r以央持件夹持該空心模體在該 ======待鑛(錢鞋面結構） 以上僅是藉由較佳實施例詳細 ，And the hooking member 24 is retracted from the empty reading body 1G, and the clamping body is rotated on the rotating head portion 231 to rotate the sole cloth 91D of the upper structure 92. Going up, Eli processing. The tea maker Lai cake 22 is lifted and lowered, so that the bottom member 16 of the support member 22" is relatively moved (as shown in the second and fourth figures). The rubber layer 911 disposed on the surface of the shoe body 91 is a net. The structure of the rubber layer 911 on the toe surface 91 and the heel surface 91C is a thicker portion A, a thinner edge B and a tapered portion C, and the thick portion A has a first a thickness T1, the thinner edge B has a third thickness T3 which is smaller than the first thickness τι; the tapered portion c has a second thickness T2, and the first thick 纟Τ1 of the thicker portion The third thickness Ώ of the thinner edge Ώ is reduced. The preparation step 51 of the body forming method further includes a hot gas quick connector 61 and a cold air quick connector 62; respectively disposed on the support member 22 and the cold air port 15 The hot gas supply part 3〇 and the cold air supply part 4 are quickly disassembled and assembled; and the hot and cold air quick joints 61 and 62 can be equivalent replacements of other quick disassembly and assembly devices. The method is as follows: as shown in the first, second and third figures, the part to be molded 91 is sleeved on the hollow mold body 10, with the clip The holding portion 17 clamps the hollow mold body 1 to the clamping member 23, and then controls the hooking member 24 and the supporting member 22 to directly and downwardly contact the hook 4 18 and the bottom portion 16 of the branch to fast fix. The hollow mold body 1〇. The 201116225 hot gas supply part 30 sits on the descent qu-, and the inner hollow part U is supplied with the hot gas piece 91; a plurality of air holes 13 are radiated to the two to be formed; 1===, The structure 913 is glued (4) evenly adjacent to the shoe 5Ι: ^θ (ΐ1Α f 2 contour and heat set (as shown in the fifth figure, _ body surface 91B softened to fit under the ~ mold body), and The advantages and effects of the invention are as follows: phantom=receiving: more uniform. The cold and hot gas of the invention are concentrated in the hollow hooking portion, and the second is used: Fast fastening and separation of the fasteners can be quickly taken. [3] 2 The core mold is rotated on the mold fixing device. The rotation r holds the hollow mold body with the central holding member at the ====== Waiting for mine (money upper structure) The above is only detailed by the preferred embodiment.
達成」ΐΐΐΓΤ明’可使熟知本項技藝者明瞭本發明的確可 達成别述目的，實已符合專利法之規定，錢出發明專利申U I S] 9 201116225 【圖式簡單說明】 第-圖係本發明之空心模體_ 第二圖係第一圖之其他角度之示意圖遐u疋裝置則之示意圖 第三圖係本發明之^顯喊^ 第四圖係第三圖之其他角度之示意圖u疋裝置後之示意圖 ，圖係本發明之待顏件之熱^之示 第六圖係本發明之待細件之冷卻定 ^ 固定二意圖 弟九明之爽持件失持空心模體在轉動頭部上轉動之 ^圖係本刺之待翻件及其局部 第十-圖係本發明之設沖 之放大不-圖 之放大示意圖说鞋碩表面與_跟表面上之膠質層 第十二圖係本㈣之立體成财 第十三圖雜統裝置之示賴 μ圖Achieving "ΐΐΐΓΤ明" can make it possible for the person skilled in the art to understand that the present invention can achieve other purposes, and has already met the requirements of the patent law, and the invention patent application UIS] 9 201116225 [Simple description of the drawing] Hollow phantom of the invention _ second diagram is a schematic view of other angles of the first diagram 遐u疋 device diagram of the third diagram is a schematic diagram of the invention according to the third diagram of the third diagram The schematic diagram of the device after the device is shown in Fig. 6 is a cooling diagram of the heat treatment of the present invention. The second embodiment of the invention is intended to be a cooling element. The upper part of the figure is the item to be turned over and its partial tenth-picture is the enlargement of the setting of the invention. The enlarged view of the figure shows the surface of the shoe and the twelfth layer of the gel layer on the surface of the shoe. This (four) three-dimensional wealth of the thirteenth figure of the hybrid device
201116225 【主要元件符號說明】 ίο空心模體 12外套設面部 14熱氣口 16支撐底部 18勾扣部 20模體固定裝置 22支撐件 23夾持件 24勾扣件 31熱氣 41冷氣 52固定步驟 54冷卻定型步驟 55分離步驟 61熱氣快速接頭 70機台 72熱氣 81膠質 83外皮 91A鞋頭表面 91C鞋跟表面 911膠質層 913外皮結構 A較厚部 C漸薄部 T2第二厚度 11内空心部 13氣孔 15冷氣口 17夾持部 19定位凹槽 21基座 221定位凸牆 231轉動頭部 30熱氣供入部 40冷氣供入部 51準備步驟 53熱成型步驟 54A轉動步驟 56完成步驟 62冷氣快速接頭 71模體 80鞋面 82内裡 91待成型件 91B鞋身表面 91D鞋底布絨 912内裡結構 92鞋面結構 B較薄邊緣 T1第一厚度 T3第三厚度201116225 [Main component symbol description] ίο Hollow phantom 12 jacket with face 14 hot air port 16 support bottom 18 hooking portion 20 phantom fixing device 22 support member 23 clamping member 24 hooking member 31 hot air 41 cold air 52 fixing step 54 cooling Styling step 55 separation step 61 hot gas quick joint 70 machine 72 hot air 81 colloid 83 outer skin 91A toe surface 91C heel surface 911 colloid layer 913 outer skin structure A thicker portion C thinner portion T2 second thickness 11 inner hollow portion 13 vent 15 cold air port 17 clamping portion 19 positioning groove 21 base 221 positioning convex wall 231 rotating head 30 hot gas supply portion 40 cold air supply portion 51 preparation step 53 hot forming step 54A rotating step 56 complete step 62 cold air quick joint 71 mold body 80 upper 82 inner 91 to be molded 91B shoe surface 91D sole cloth 912 inner structure 92 upper structure B thin edge T1 first thickness T3 third thickness