M240107 捌、新型說明（1 ) 【新型所屬之技術領域】 本新型是有關於一種鞋楦，特別是指一種傳導效果佳 之可快速達到均溫的鞋楦。 【先前技術】 5 ㈣第—圖，—般鞋件的製作，為了要使鞋體有效定 型，主要是利用一鞋楦丨來輔助定型一鞋面2，並且在拉 幫後配合—真空定型加硫機3(見第二圖），或是在上膠貼 底後配合一急速冷凍定型機（圖未示），分別做加熱、冷卻 疋型的作業，該鞋楦1是以實心且熱傳係數低的塑膠材質 10模製而成，且具有一個拔楦孔1〇1及一個勾檀孔1〇2。、 參閱第二圖，就以拉幫後用以加熱定型的一般真空定 型加硫機3為例，該真空定型加硫機3為一種循環=熱 、拽/、主要包含有一執道31、數設置於該執道31上且 間歇運行的置鞋箱32，及—對可將該置鞋箱3 15 空烘箱33。 胃錄II 32可心承載被該鞋楦丨定制該鞋面2 參閱第一圖，然而，針對熱烘的效果而言，鞋件運行 :該真空定型加硫機3内部(見第二圖)，僅受到外部熱氣 一接二烘’且經該鞋面2是由外往内逐漸傳導加溫(如第 -圖箭頭所示），所以，不僅傳熱效果慢 ::熱棋時間，生產效率低，且相對亦增加製造成I; 付經濟效益。此外，在進行冷卻定型的作業時，是㈣ 鞋面2由外往内逐漸傳導降溫，亦有同樣的缺失。 20 M240107 捌、新型說明（2 ) 【新型内容】 _，丰新型之目的’即在提供一種 内部的通道，使鞋楦產生溫产# ，、 鞋楦 A k化’並藉以使鞋面内外同 牯產生傳導效果，且提高生產 欢旱之可快速達到均溫的鞋 m。 10 20 於是，本新型之可快速達到均溫的鞋楦，包含有至少 一進氣孔、至少一出氣孔，及至少-通道，該通道是位於 该鞋楦内部且連通該進氣孔及該出氣孔。藉該進氣孔送入 氣體經由該通道循環，並且由該出氣孔排出，以改變該鞋 楦本體的溫度，使達到傳導效果佳的功用。 【實施方式】 本新型之前述以及其他技術内容、特點與功效，在以 下配合參相式之數較佳實_料細說明巾，將 的明白。 參閱第三、四圖，本新型之可快速達到均溫的师4 的第-較佳實施例是包含有一進氣孔41、複數出氣孔42 、一通道43、-頂平面44、一外周面45，及複數塞塊牝 該鞋楦4是制現錄楦經過加卫製成，其巾該進氣 孔、41位於該頂平面44上，而該等出氣孔42分別位於該 頂平面44與該外周面45上。該通道43包括一由該進氣 ^4!往下延伸的第一豐流冑431、_由該頂平面44上的 一出氣孔42往下延伸並與外周面45的二出氣孔42相通 的第二賢流道432、一第一橫流道433、_第二橫流道 6 M240107 捌、新型說明（3 ) 434、一與該第一橫流道433及該第一豎流道431相通的 第一銜接道435、一與該第二橫流道434及該第二豎流道 4 3 2相通的第二銜接道4 3 6 ’及一連通該第一、二橫流道 433、434的迴流道437，製造時該等流道431〜437是由外 5 周面45往内鑽設而成，且將該等塞塊46分別塞入位於外 周面45的該第一、二橫流道433、434、該第一、二銜接 道435、436及該迴流道437的出口。 10 15 20 參閱第四、五圖，當配合一噴嘴1〇自外部供應熱氣 ’即可由該進氣孔41灌入該通道43，沿著該第一暨流道 431經由該第一銜接道435進入該第一橫流道433，再經 該迴流道437循環且流經該第二橫流道434，最後經該第 二銜接道436進入該第二豎流道432,且由該頂平面44 上的出氣孔42排出，如此週而復始，即可直接對該鞋檀 4加熱’使該鞋楦4對該鞋面4G產生由内往外的加熱作 用。另外，再配合一外部熱源1〇〇對該鞋面4〇產生由外 往内的加熱作用，藉以内外加溫之方式，不僅使傳熱效果 佳’且可大幅提高生產效率。 /、人為了增加傳熱效果，亦可增加通道43的數量 ’只要搭配適當數量的進、出氣孔41、42即可。 參閱第六、七圖，本新型之可快速達到均溫的鞋楦4 的含:分別模製成型且呈剖半對合狀 體體6°彻-、二鞋植 外月面： 卜61、-剖切面w- 幻，及分別形成於該等剖切面52、62的一自 7 蝴、新型說明（4 ) =::51、61垂直向下延伸的進氣槽〜4, 一與 65，―:二S':相接並沿水平方向延伸的下通槽55、 56、66 I I Μ上方並與其銜接的上通槽 ，多數二 等上通槽Μ銜接的出氣槽Η 及多數^於该Γ鞋檀體5之剖切面52的定位柱％， 將兮第V於5亥弟二鞋楦體6之剖切面62的定位孔68。 时4第一、二鞋拾辦 ，使兩推^ 切面52、62相互對接後 5 軋曰54、64對合組成一進氣段540，該進氣段 540頂部與該等頂 ^ 10 兩下# 55 fi 61相交處構成—進氣孔541， 下通槽55、65對合組成—下通氣段別，兩上通槽％ 對:組成-上通氣段56〇，兩出氣槽η、67對合組 氣’又570 ’ 5亥出氣段570與該頂平面51、61相交 :構成-出氣孔571’而該等下通槽55、6”月向外周面 、63皆形成多數凹齒槽551、651。 15 士因此，當該第一鞋楦體5與該第二鞋楦體6對合組合 等。J切面52、62上的該等定位柱58是與該等定位 孔68相互敌合，使該第―、二鞋楦體5、6穩固結合為一 20 體。使用時’當熱氣由該進氣段540進人，會沿著該下通 ' 〇循環送入该上通氣段560，且由該出氣段570排 出這日守，不僅藉由扁平狀的該上通氣段56〇與該下通氣 段550所界定出之傳熱通道，均勻地對該鞋楦4加溫，進 而可决速對該對鞋面4〇(見第五圖）傳熱，且由於該等下通 槽55、65皆具有凹齒槽551、651，所以，更可增加鞋楦 4周側的傳導面積，使傳熱效果更加快速且良好。 8 M240107 捌、新型說明（5 ) 參閱第八、九圖，本新型之可快速達到均溫的鞋楦4 的第三較佳實施例是包含有分別模製成型且呈上下疊合的 一第一鞋楦體7、及一第二鞋楦體8,且該第一、二鞋楦 體7、8組合後可界定出一通道9。 該第一鞋楦體7具有一頂平面71、一底面72、一位 於忒頂平面71的進氣孔73、一位於該頂平面7 i的出氣 孔74, _貫穿該頂、底面71、72且與該進氣孔乃相通 的進氣段9卜一貫穿該頂、底面71、72且該與出氣孔74 相通的出氣段92。 該第二鞋楦體8具有一頂面81、一外周面82、一自 該頂面81往下凹陷的通氣槽83,該通氣槽83朝該外周 面方向形成多數凹齒槽83卜該通氣槽83在該第一、二 鞋楦體7、8對合後受該底面72封閉形成一循環流道 ’且與該進、出氣段91、92相通。 該通道9包括該進氣段91、該循環流道％及該出氣 段92。因此’如同前述各實施例一樣，可由該進氣孔乃 將熱氣送入該進氣段9卜經過該循環流道％連通該出氣 段92且由該出氣孔74循環排出，而達到傳熱效果佳等功 效。 另外’以上各較佳實施例中，主要是針對該鞋楦4之 熱乱傳導的《兒明’當然’以急速冷束定型機等冷卻設備進 盯冷部處理的方式與上述相同’其不同處僅將熱氣更換為 冷氣而已，不再贅述。 m述’由於本新型之鞋楦設計有進氣孔μ、出 9 M240107 捌、新型說明（6 ) 乱孔42及與錢氣孔41、該出氣孔相連通的通道^ /因此’在製㈣程巾，補仍可制現有之熱供裝置進 行外部加溫，更可將氣體灌入鞋楦4本體，直接對鞋楦4 加/皿，利用内外加溫的方式，使鞋件快速加熱或快速冷卻 所以本案具有傳導效果佳，可有效縮短加溫時間，使 生產效率大幅提高。 參閱第五圖，值得一提的，由於本新型之鞋楦4熱傳 導性質改#，進一步使得製鞋設備得以簡化，不僅摒除一 般真空定型加硫機的置鞋箱等繁雜組件，並且可大幅降低 製造成本。 1*隹以上所述者，僅為本新型之三較佳實施例而已，當 不能以此限定本新型實施之範圍，即大凡依本新型申請專 利範圍及新型說朋書内容所作之簡單的等效變化與修飾， 皆應仍屬本新型專利涵蓋之範圍内。 15【圖式簡單說明】 第一圖是一剖面圖，說明現有鞋楦的熱傳示意圖； 第二圖是一組合剖面圖，說明現有熱烘鞋件的方式； 第二圖是一立體圖，說明本創作之可快速達到均溫的 鞋楦的第一較佳實施例； 20 弟四圖是沿第三圖之線4 — 4的一剖面圖，說明循環 傳熱狀態； 第五圖疋沿弟四圖之線5 — 5的一剖面示意圖，說明 一鞋楦安置在一外部熱源内進行内外加溫的傳熱狀態； 第六圖是一立體分解圖，說明本創作之可快速達到均 10 M240107 捌、新型說明（7 ) 溫的鞋楦的第二較佳實施例； 第七圖是第二較佳實施例的一組合剖面圖，說明一第 一鞋楦體與一第二鞋楦體的組合狀態； 第八圖是一立體分解圖，說明本創作之可快速達到均 5 溫的鞋楦的第三較佳實施例；及 第九圖是該等三較佳實施例的一組合剖面圖。 11 M240107 捌、新型說明（8 ) 【圖式之主要元件代表符號簡單說明】 4 鞋楦 41 進氣孔 42 出氣孔 43 通道 431 第一豎流道 432 第二豎流道 433 第一橫流道 434第二橫流道 435 第一銜接道 436 第二銜接道 437 迴流道 44 頂平面 45 外周面 46 基塊 5 第一鞋楦體 51 頂平面 52 剖切面 53 外周面 54 進氣槽 55 下通槽 551 凹齒槽 56 上通槽 57 出氣槽 58 定位柱 6 第一鞋楦體 61頂平面 62 剖切面 63 外周面 64進氣槽 65下通槽 651凹齒槽 66 上通槽 67出氣槽 68 定位孔 540進氣段 541進氣孔 550下通氣段 560上通氣段 570出氣段 571出氣孔 7 第一鞋楦體 71頂平面 72底面 73進氣孔 74出氣孔 8 第二鞋楦體 12 M240107 捌、新型說明（9 ) 81 頂面 82 外周面 83通氣槽 831凹齒槽 9 通道 91進氣段 92出氣段 93循環流道 10喷嘴 100真空定型加硫機 13M240107 捌, new type description (1) [Technical field to which the new type belongs] This new type relates to a shoe last, in particular, a shoe last with good conduction effect and capable of quickly reaching a uniform temperature. [Previous technique] 5th figure-picture, general shoe production, in order to effectively shape the shoe body, the main use of a shoe last 丨 to help shape an upper 2 and cooperate after pulling-vacuum setting plus Sulfur machine 3 (see the second picture), or a quick freeze setting machine (not shown) after the glue is applied to the bottom, respectively, for heating and cooling, the shoe last 1 is solid and heat transfer The plastic material 10 with a low coefficient is molded, and has a pulling hole 101 and a hook hole 102. Referring to the second figure, the general vacuum setting vulcanizing machine 3 used for heating and setting after drawing is taken as an example. The vacuum setting vulcanizing machine 3 is a cycle = heat, drag /, which mainly includes an execution path 31. The shoe box 32 is arranged on the holding path 31 and runs intermittently, and the pair of shoe box 3 15 can be emptied to an oven 33. Stomach Record II 32 can be carried by the shoe last 丨 customizing the upper 2 See the first picture, however, for the effect of hot drying, the shoe runs: the inside of the vacuum setting vulcanizing machine 3 (see the second picture) , Only by external heat one after another bake 'and the upper 2 is gradually conductive heating from the outside to the inside (as shown in the arrow in the figure-), so, not only the heat transfer effect is slow :: hot chess time, production efficiency Low, and relatively increased manufacturing into I; pay economic benefits. In addition, during the cooling and sizing operation, the shoe upper 2 gradually conducts temperature reduction from the outside to the inside, and there is a similar defect. 20 M240107 新型, new type description (2) [New content] _, the purpose of Fengxin 'is to provide an internal channel to make the shoe last produce warm production #, shoe last Ak, and use it to make the inside and outside of the shoe upper the same牯 Produces a conductive effect and improves the production of shoes that can reach a uniform temperature quickly. 10 20 Therefore, the new type of shoe last capable of quickly reaching a uniform temperature includes at least one air inlet hole, at least one air outlet hole, and at least a channel, which is located inside the shoe last and communicates with the air inlet hole and the Vents. The gas sent in through the air inlet hole circulates through the channel and is discharged through the air outlet hole, so as to change the temperature of the shoe last body and achieve the function of good conduction effect. [Embodiment] The foregoing and other technical contents, characteristics and effects of the new model are better combined with the parameters of the reference phase. The material will be explained in detail. Referring to the third and fourth figures, the first-preferred embodiment of the new division 4 which can quickly reach a uniform temperature includes an air inlet hole 41, a plurality of air outlet holes 42, a channel 43, a top plane 44, and an outer peripheral surface. 45, and a plurality of plugs. The shoe last 4 is made by recording. Its air inlets 41 are located on the top plane 44. The air outlets 42 are located on the top plane 44 and This outer peripheral surface 45 is on. The passage 43 includes a first ridge 431 extending downward from the air inlet ^ !, _ extending downward from an air outlet 42 on the top plane 44 and communicating with two air outlets 42 on the outer peripheral surface 45 Second Yinxian runner 432, a first horizontal runner 433, _ second horizontal runner 6 M240107 捌, new description (3) 434, a first communicating with the first horizontal runner 433 and the first vertical runner 431 The connecting channel 435, a second connecting channel 4 3 6 'communicating with the second horizontal flow channel 434 and the second vertical flow channel 4 3 2 and a return channel 437 connecting the first and second horizontal flow channels 433, 434, At the time of manufacture, the runners 431 to 437 are drilled from the outer 5 peripheral surface 45 inward, and the plug blocks 46 are respectively inserted into the first and second horizontal runners 433, 434, and The first and second connecting roads 435 and 436 and the exit of the return road 437. 10 15 20 Referring to the fourth and fifth figures, when a nozzle 10 is used to supply hot air from the outside, the channel 43 can be filled through the air inlet hole 41, and along the first and runner 431 via the first connection channel 435. Enter the first cross-flow channel 433, then circulate through the return flow channel 437 and flow through the second cross-flow channel 434, and finally enter the second vertical flow channel 432 via the second connection channel 436, and from the top plane 44 The air vents 42 are exhausted, so that the shoe sandals 4 can be directly heated in this cycle, so that the shoe last 4 can heat the upper 4G from the inside out. In addition, an external heat source 100 is used to heat the shoe upper 40 from the outside to the outside. By means of internal and external heating, not only the heat transfer effect is improved ', but the production efficiency can be greatly improved. /. In order to increase the heat transfer effect, the number of channels 43 can also be increased ′ as long as a proper number of air inlets and outlets 41 and 42 are matched. Referring to the sixth and seventh pictures, this new type of shoe last 4 which can reach a uniform temperature quickly includes: moulded and cut into a half-matched body at 6 °, and the second shoe is planted on the outer moon surface: Bu 61 、 -Cutting plane w- magic, and a self-defining butterfly (4) = (: 51,61) which are formed on these cutting planes 52 and 62, respectively, and the inlet grooves that extend vertically downward ~ 4, one and 65 , ―: Second S ′: Upper through grooves that are above and connected to the lower through grooves 55, 56 and 66 II M that are connected and extend in the horizontal direction, most of the second-level upper through grooves M are connected to the air outlet groove Η and most ^ At the positioning column% of the cutting surface 52 of the Γ shoe body 5, the positioning hole 68 of the cutting surface 62 of the second shoe last body 6 of the fifth body is formed. At time 4, the first and second shoes are picked up, so that the two push faces 52, 62 are docked with each other, and 5 rolls 54 and 64 pairs to form an air intake section 540. The top of the air intake section 540 and the top ^ 10 twice # 55 fi 61 Intersection composition—air inlet hole 541, lower vent grooves 55, 65 pairs—composed of lower vent sections, two upper vent slots% pair: composition—upper vent section 56, two vent slots η, 67 pairs The combined gas ′ and 570 ′ and 5 hai outlet section 570 intersect with the top planes 51 and 61: constitute-air outlet holes 571 ′, and the lower through grooves 55 and 6 ″ form the outer concave surface and most of the concave grooves 551. Therefore, when the first shoe last body 5 and the second shoe last body 6 are paired and combined, etc., the positioning posts 58 on the J-section 52, 62 are in opposition to the positioning holes 68. So that the first and second shoe lasts 5, 6 are firmly combined into a 20 body. When in use, 'when hot air enters from the intake section 540, it will be sent along the lower passage' into the upper ventilation section 560. And, the air guard is discharged from the air outlet section 570, not only by the flat heat transfer channels defined by the upper ventilation section 56 and the lower ventilation section 550, the shoe last 4 can be uniformly heated, which can further Decide Heat is transmitted to the pair of shoe uppers 40 (see the fifth figure), and since the lower through grooves 55 and 65 have concave tooth grooves 551 and 651, the conduction area on the 4th side of the shoe last can be increased, so that The heat transfer effect is faster and better. 8 M240107 捌, new description (5) Refer to Figures 8 and 9, the third preferred embodiment of this new type of shoe last 4 which can reach a uniform temperature quickly includes separate molding A first shoe last body 7 and a second shoe last body 8 are stacked and stacked one on top of the other, and the first and second shoe last bodies 7 and 8 are combined to define a channel 9. The first shoe last The body 7 has a top plane 71, a bottom surface 72, an air inlet hole 73 located on the top plane 71, and an air outlet 74 located on the top plane 7 i, which penetrates the top and bottom surfaces 71 and 72 and communicates with the air intake. The air inlet section 9 through which the holes are connected passes through the top and bottom surfaces 71, 72 and the air outlet section 92 connected with the air outlet holes 74. The second shoe last body 8 has a top surface 81, an outer peripheral surface 82, and The top surface 81 has a recessed ventilation groove 83 that is recessed downward. The ventilation groove 83 forms a plurality of concave tooth grooves 83 toward the outer peripheral surface. The ventilation groove 83 is aligned with the first and second shoe last bodies 7 and 8. The bottom surface 72 is closed to form a circulating flow channel 'and communicates with the inlet and outlet sections 91 and 92. The channel 9 includes the inlet section 91, the circulation channel% and the outlet section 92. Therefore,' as in the previous embodiments Similarly, the hot air can be sent from the air inlet hole to the air inlet section 9 through the circulation flow path to communicate with the air outlet section 92 and circulated and exhausted from the air outlet hole 74, so that the effect of good heat transfer is achieved. In each of the preferred embodiments, the method "Er Ming 'of course", which is mainly directed to the heat transfer of the shoe last 4, is processed in the same way as the above by using cooling equipment such as a rapid cold beam setting machine. The only difference is that The hot air is replaced by cold air, so I won't go into details. Describe 'Because this new type of shoe last is designed with air inlet holes μ, 9 M240107 捌, new description (6) chaotic holes 42 and the channel communicating with the money air hole 41 and the air outlet ^ / therefore' in the manufacturing process Towels can still be used to make the existing heating device for external heating, and gas can be poured into the shoe last 4 body, and the shoe last 4 can be directly added / dish. The internal and external heating methods can be used to quickly heat or fasten the shoes. Therefore, the case has good conduction effect for cooling, which can effectively shorten the heating time and greatly improve production efficiency. Referring to the fifth figure, it is worth mentioning that the thermal conductivity of the new shoe last 4 is modified to further simplify the shoemaking equipment, which not only eliminates the complicated components such as the shoe box of a general vacuum setting vulcanizing machine, but also greatly reduces manufacturing cost. 1 * 隹 The above are only the three preferred embodiments of the present invention. When the scope of implementation of the present invention cannot be limited in this way, that is, what is simply done according to the scope of patent application of the present invention and the content of the new book. Changes and modifications of the effect shall still fall within the scope of the new patent. 15 [Brief description of the drawings] The first figure is a cross-sectional view illustrating the heat transfer schematic diagram of the existing shoe last; the second figure is a combined cross-sectional view illustrating the current method of drying shoes; the second picture is a perspective view illustrating The first preferred embodiment of the shoe last that can reach uniform temperature quickly in this creation; Figure 20 is a cross-sectional view along the line 4-4 of the third figure, illustrating the state of cyclic heat transfer; Figure 5 is along the line A cross-sectional view of line 5-5 of the fourth figure illustrates the heat transfer state of a shoe last placed inside an external heat source for internal and external heating; the sixth figure is a three-dimensional exploded view illustrating that this creation can quickly reach an average of 10 M240107新型, new description (7) The second preferred embodiment of the warm shoe last; The seventh figure is a combined cross-sectional view of the second preferred embodiment, illustrating a first shoe last body and a second shoe last body The combined state; the eighth figure is a three-dimensional exploded view illustrating the third preferred embodiment of the shoe last which can reach a uniform temperature quickly; and the ninth figure is a combined cross-sectional view of the three preferred embodiments . 11 M240107 新型, new description (8) [Simplified description of the main elements of the diagram] 4 Shoe last 41 Air inlet hole 42 Air outlet 43 Channel 431 First vertical flow channel 432 Second vertical flow channel 433 First cross flow channel 434 Second cross flow channel 435 First connection channel 436 Second connection channel 437 Return flow channel 44 Top plane 45 Outer peripheral surface 46 Base block 5 First shoe last body 51 Top plane 52 Cut surface 53 Outer peripheral surface 54 Intake groove 55 Lower through groove 551 Concave groove 56 Upper through groove 57 Air outlet groove 58 Positioning post 6 First shoe last body 61 Top plane 62 Cut surface 63 Outer peripheral surface 64 Intake groove 65 Lower through groove 651 Concave groove 66 Upper through groove 67 Air outlet groove 68 Positioning hole 540 air inlet section 541 air inlet section 550 lower air section 560 upper air section 570 air outlet section 571 air outlet 7 first shoe last body 71 top plane 72 bottom surface 73 air inlet hole 74 air outlet 8 second shoe last 12 M240107 捌 、 New type description (9) 81 Top surface 82 Outer peripheral surface 83 Ventilation groove 831 Concave groove 9 Channel 91 Intake section 92 Outlet section 93 Circulation channel 10 Nozzle 100 Vacuum setting vulcanizing machine 13