!254617 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機，特 且風向穩定的製鞋機的熱風循環風箱裝置疋9加熱均勻 【先前技術】 如圖1、2所示，為習知一 乾浐掺壯罢r虹 種稷層式鞋底上膠黏合之烘 乾輸迗衣置（新型專利第2588 一埶氣循产罝-^入 號），該烘乾輪送裝置的 …、孔檐％早凡包含一循環箱1、一盥 乳產生相2、數裝設於該熱氣產生箱2上 勺‘、、、 裝設於該環循箱1上的抽風馬達4。料口…、吕3 ’及數 可供熱氣流出的埶氣輸出孔201 :，、、乳產生箱2具有數 箱！内錢〃 及數可供熱氣流人該循環 相1内的熱乳回收孔202。藉此，當達 ’經該等加熱管3加敎產生的敎…U馬達4啟動後 仏山 ，、、、產生的熱軋可從該等熱氣輪出孔201 2〇2 …牛’然後熱軋可經該等熱氣回收孔 ^ ^ ^ u …乱倨％早兀即可使熱氣循環流 動而持續地烘乾待處理的鞋件。 雖然’此種熱氣循環單元可使熱氣循環流動而供乾待 处理的鞋件，但是’在實際使用時，此種熱氣循環單 具有以下的缺失： 士 田回收熱氣經該循環箱1流動至該熱氣產生箱2内 呤’由於該等加熱f 3的外型是呈寬疏排列的連續〇字形 且4寺加熱官3均只有一小段管段是位於該循環箱1的正 上方，因此，回收熱氣無法集中地接觸到該等加熱管3，導 致該等加熱管3並無法對回收熱氣均勻加熱。 1254617 -、该等加熱管3是裝設於該熱氣產生箱2内並 至該等熱氣輸出孔2〇1的上方，且該等加熱管3的外型日。 連續u字形’因此，當熱氣流經該等加熱管3時，往：： 產生紊流的情形’導致熱氣無法以穩定的風向向下“二: 熱氣輪出孔201。 寺 如圖3所示，為習知—種分離式鞋件供乾輪送 新型專利第55购號），該烘乾輪送系統的一熱氣循環單元 包含一具有數回流孔501的循環箱5、-内部與該循環箱5 料且具有㈣風孔6G1的熱_6、—㈣於該熱風箱6 上而可阻隔熱氣外流的布幕7、數裝設於該熱風箱6内的加 熱管8,及㈣設於該循環箱5上的抽風馬達9。由於 加熱管8的形狀與其裝設位置均是類似於上述的加熱管；： 因此’此種熱氣循環單元亦會產生與上述相同的缺失。 【發明内容】 …口此I 明之目的’即在提供一種加熱均勻且風向 知疋的製鞋機的熱風循環風箱裝置。 本發明製鞋機的熱風循環風箱裝置，是可裝設於該製 鞋機的-機台上’該熱風循環風箱裝置包含一箱體、至少 -抽風馬達，及至少一加熱單元。該箱體具有一出風部、 一與該出風部連接的循頊卹 ^ , 心、至少一連通該出風部與該循 壞部的連通孔、數與該出風部連通的出風孔，及數與該循 環部連通的回風孔’該出風部具有至少一第一空間，該循 環部具有至少-經該連通孔與該第一空間連通的第二空間 。該抽風馬達是裝設於該循環部上，該抽風馬達具有一位 1254617 於該弟:空間内且對應於該等回風孔的進氣端，及一位於 該第二空間内且對應於該連通孔的出氣端。該加熱單元是 裝没=出風部上，該加熱單元具有一延伸至該第一空間 内且:貝上位於該出氣端與該連通孔的上方的加熱部，該 加熱部具有一框架，及數相鄰地排列設置於該框架内的加 熱鰭片。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效 以下配合參考圖式夕 ^ ^ 可園式之一較佳實施例的詳細說明中 楚的明白。 α ’閱圖4’本發明製鞋機的熱風循環風箱裝 施例是可裝設於該製鞋機5〇〇的一機台51〇上，如圖5 = 所不’該熱風循環風箱裝置包含：―箱體刚、數抽風馬達 2〇0、；數加熱單元扇，及數紅外線燈組400。 亥箱體100具有一出風部1〇、一與該出風部ι〇連接的 循％部2 0、數連通該出風立 四 °卩丨〇與该循環部20的連通孔30 、數與該出風部1 〇遠丄甬的山π ^ ^ 、出風孔40、數與該循環部2〇連 通的回風孔50、數出弁口 — Ώ ^ 数®尤口 60，及一烘乾空間70。 口亥出風部1 〇具有一頂辟 貝土 11、一與該頂壁11連接的前 壁12、一相反於該前壁12 Β # 2且與该頂壁11連接的後壁13、 一連接於該頂壁1丨與該前 、 ^ 後壁12、13之間的左側壁14 、一連接於該頂壁1 1盘令 y , /、σ亥則、後壁12、13之間且相反於該 左側壁14的右側壁15、一 亥左、右側壁14、15之間 且連接於該頂壁11與該前、接 後壁12、13之間的分隔壁16 7 1254617 、二由該頂壁11、該前、後壁12、13、該左、右側壁14、 15與該分隔壁1 6相配合界定出的第一空間17、一沿該左 側壁14底緣連接於該前、後壁11、12之間的左侧底壁18 ’及一沿該右侧壁15底緣連接於該前、後壁11、12之間的 右侧底壁19。該左側壁14具有二第一安裝孔141，及三與 該等第一安裝孔141呈交錯設置的第二安裝孔142，該右側 壁15亦具有二第一安裝孔151，及三與該等第一安裝孔 Ml呈交錯設置的第二安裝孔152。 5亥循環部20具有一底架21、二角架22、二封板23， 及二經該等連通孔30與該等第一空間17連通的第二空間 24 ° 該底架21具有一抵接於該左、右侧底壁18、19底緣 與該分隔壁16底緣上的頂壁211、二沿該頂壁211長方向 的兩相反側向下延伸的側壁212，及二分別沿該等側壁212 底緣朝外延伸出的底壁213，該等側壁212分別具有一位於 該等回風孔50上方的廢氣排放孔214。該頂壁211與該等 側壁212配合可界定出該烘乾空間7〇。 該等角架22是分別裝設於該左、右側底壁18、19與 該底架21之間。該等角架22分別具有一抵接於該左、右 側底壁18、19與該等底壁213之間的立壁221，及一沿該 立壁221底緣朝外延伸出的侧翼壁222。該等立壁22ι與該 等側壁212之間均間隔有一間隙，且該等立壁22丨分別具 有一對應於該等回風孔5〇的入風孔223，及一對應該等廢 氣排孔214的廢氣排孔224。 Ϊ254617 封板23是分別裝設於該左、右側底壁18、19與 口茨寺側置劈2?? +日日 l 的廢^t 1 ’並分別具有1應該等廢氣排孔224 曰口廢虱排孔231， … 、右側底壁18、辟221 ^寺封板23配合該左 定出該等第二空間24 ▲人該等側翼壁222可界 底辟在：實：中’該等連通孔3〇是分別設置於該左、右側 門1 上’而可連通該等mi π與該等第二空 上，^亥t出風孔40是分別設置於該頂架21的頂壁211 I "於。亥分隔壁16與該左、右側底壁U、19之間（ 該等出風孔4G可連通該等第—空間17與該供乾 :;該等回風孔50是分別設置於該頂架21的側壁 間70上’Λ等回風孔50可連通該等第二空間24與該烘乾空 ^ 。该寻出光口 60是是分別設置於該頂壁2ιι上，並介 ::分隔壁16與該左、右側底壁18、19之間（見圖8)， '"寺出2口 6〇可連通該等第-空間Π與該烘乾空間7〇。 该寻抽風馬達300是分別裝設於該等封才反23白勺安裝孔 232上’且，該等抽風馬達·分別具有—位於該等第二空 間二内且對應於該等人風孔奶的進氣端21〇，及一位二 該等第^間24内且對應於該㈣通孔％的出氣端22〇。 該等加熱單元300是分別裝設於該左、右側壁i4、b 的第安I孔141、151上，該等加熱單元3〇〇分別具有一 延二至該等第一空严曰’ 17内且實質上位於該等出氣端㈣與 該等連通孔3G的正上方的加熱部31〇。該等加熱部_均 ”有陶瓦框条3 11，及數相鄰緊密地排列設置於該框架 9 1254617 311内且橫截面是呈連續2字形的加熱鰭片312。 該等紅外線燈組400是與該等加熱單元300呈交錯地 分別裝設於該左、右侧壁14、15的第二安裝孔142、⑸ 上’亚朝該分隔壁16延伸至該等第―空間17内而實質上 位於該等出光口 6G的上方，該等紅外線燈組400均呈有一 抵接於該底架21的頂壁211頂面上而罩住該等出光口 60的 燈罩：10 ’及-裝設於該燈罩410内的紅外線燈管420。 ，猎此，如圖6、7、8所示，當該等抽風馬達200啟動 後，該烘乾空間70内的熱氣即可經該等回風孔5〇、該等入 風孔223與遠寺抽風馬達2⑼的進氣端2⑺而被吸入該等 抽風馬達200 Θ ,然後再經該等抽風馬達删的出氣端22〇 而朝正上方的連通孔3〇排出，在此過程中，由於該等加執 早几3〇0的加熱部310恰是位於該等連通孔30的正上方， 因此、，全部的回收熱氣必會在穿過緊密排列的加熱韓片川 复再"IL動至π亥等第一空間i 7内’如此，該等加熱部3⑺即 可集中地將回收熱氣均勻地加熱，此後，由於該等加熱部 310完全沒有延伸至該等出風孔40的上方，因此，均勾加 '”、後的回收熱亂即可在不受任何結構干擾的情形下，而從 該等出風孔4〇穩定地朝下流出至該烘乾空間70内，如此 ’本發明即可使回收熱氣循環流動而持續地烘乾待處理的 鞋件。 ^值得楗的疋，本發明在熱氣烘乾鞋件的過程中，該 等紅外線燈組400的紅外線燈管420所產生的紅外線亦可 經由該等出光口 60投射至該烘乾空間7Q内，而以幅射熱 10 1254617 Γ ，此外，由於該等紅外線燈組彻的μ 均是抵接於該頂壁211的頂面上m 1〇 避開該等出風孔40,因此，，等…寺出先口 6〇,並 口此，邊寺紅外線燈钽、， 擾回收埶氣從兮笠φ 尺且、、且400亚不會干 '、、、札^寺出風孔4G敎地朝下流出的風向。 、-由以上的說明’可再將本發明的優點歸納如下. 連;本發明的加熱單& 3〇。的加熱部Μ。是位㈣等 Ά 的正上方’而使緊密排列的該等加熱鰭片312可254617 IX. Description of the Invention: [Technical Field] The present invention relates to a shoe-making machine, and the hot-air circulation bellows device of the shoe-making machine with stable wind direction is uniformly heated [Prior Art] 2, as shown in the figure, for the dry-drying and smashing clothes (the new patent No. 2588, a sputum 循 罝 ^ ^ ^ ^ ) , , , , , , , , , , 虹 虹 虹 虹 虹 虹 虹 虹 虹 虹 虹 虹 虹 虹 虹 虹 虹The ... of the delivery device includes a circulation box 1, a milk production phase 2, a plurality of scoops mounted on the hot gas generation tank 2, and a suction motor mounted on the circulation box 1 4. Feed port..., Lu 3 ’ and the number of helium gas output holes 201 for hot air flow: ,,, milk production box 2 has several boxes! The internal milk 〃 and the number of hot water recovery holes 202 in the circulation phase 1 of the hot gas flow. Thereby, when the 马达 U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U U The hot gas can be circulated and continuously dried by the hot gas recovery holes ^ ^ ^ u ... 倨 倨 兀 兀 。 。 。. Although 'the hot gas circulation unit allows the hot gas to circulate and flow for the shoe to be processed, 'in actual use, the hot air circulation unit has the following defects: the Shida recovered hot gas flows through the circulation tank 1 to the The inside of the hot air generating box 2 is 呤' because the shape of the heating f 3 is a continuous 〇 shape which is arranged in a wide arrangement, and only a small length of the tube section of the 4 temple heating unit 3 is located directly above the circulation box 1, so that the heat is recovered. The heating tubes 3 cannot be intensively contacted, resulting in the heating tubes 3 not being able to uniformly heat the recovered hot gases. 1254617 - The heating pipes 3 are installed in the hot gas generating tank 2 above the hot gas output holes 2〇1, and the outer shape of the heating pipes 3 is set. Continuous u-shaped 'Therefore, when the hot gas flows through the heating tubes 3, the following: 'The situation of turbulence is generated' causes the hot gas to fail to stabilize downward with the wind direction. 2: The hot gas wheel exit hole 201. The temple is shown in Fig. 3. For the conventional method, a separate type of shoe for the dry wheel to send a new patent No. 55 purchase number, a hot gas circulation unit of the drying wheel transfer system comprises a circulation box 5 having a plurality of return holes 501, - internal and the cycle The casing 5 has (4) heat _6 of the wind tunnel 6G1, (4) a curtain 7 for blocking the outflow of the heat insulating gas on the hot bellows 6, a plurality of heating pipes 8 installed in the hot bellows 6, and (4) The exhaust motor 9 on the circulation box 5. Since the shape of the heating tube 8 and its mounting position are similar to the above-described heating tube; therefore, the same hot-cycle unit also produces the same missing as described above. The purpose of the present invention is to provide a hot air circulating bellows device for a shoe-making machine that is uniformly heated and wind-sensible. The hot-air circulating bellows device of the shoe-making machine of the present invention can be installed in the shoe-making machine. -The hot air circulation bellows device on the machine table contains a box, at least - An exhaust motor, and at least one heating unit, the casing has an air outlet portion, a slewing shirt connected to the air outlet portion, a core, at least one communication hole connecting the air outlet portion and the circumvention portion, and a number An air outlet hole communicating with the air outlet portion, and a plurality of air return holes communicating with the circulation portion. The air outlet portion has at least one first space, and the circulation portion has at least - communicating with the first space via the communication hole a second space. The exhaust motor is mounted on the circulation portion, the exhaust motor has a 1254617 in the space: and corresponds to the intake end of the return air holes, and a second space And corresponding to the outlet end of the communication hole. The heating unit is mounted on the outlet portion, the heating unit has an extension into the first space and the shell is located above the outlet end and the communication hole a heating unit having a frame and a plurality of heating fins arranged adjacent to each other in the frame. [Embodiment] The foregoing and other technical contents, features, and effects of the present invention are as follows with reference to the drawings. ^ One of the preferred embodiments of the garden The details of the Chu Chu understand. α 'Reading Figure 4' The hot air circulation bellows of the shoe making machine of the present invention can be installed on a machine 51 of the shoe making machine, as shown in Fig. 5 = The hot air circulation bellows apparatus includes: a box body, a number of exhaust motor 2〇0, a number of heating unit fans, and a plurality of infrared lamp groups 400. The housing 100 has an air outlet unit 1 and a The ventilating portion 〇 〇 循 % 2 2 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 π π π π π π π π π π π π π π π π π π π π π π π π π ^, the air outlet 40, the number of the return air holes 50 connected to the circulation portion 2, the number of the mouth - Ώ ^ number ® Youkou 60, and a drying space 70. The mouth air outlet 1 has one a top soil 11 , a front wall 12 connected to the top wall 11 , a rear wall 13 opposite to the front wall 12 Β # 2 and connected to the top wall 11 , and a top wall 1 The left side wall 14 between the front and rear wall 12, 13 is connected to the top wall 1 1 between the y, /, σ, and the rear walls 12, 13 and opposite to the right side wall of the left side wall 14. 15, one hai left, right side wall 14, 1 a partition wall 16 7 1254617 between and between the top wall 11 and the front and rear wall 12, 13, two by the top wall 11, the front and rear walls 12, 13, the left and right side walls 14 , 15 a first space 17 defined in cooperation with the partition wall 16 , a left bottom wall 18 ′ along the bottom edge of the left side wall 14 connected between the front and rear walls 11 , 12 and a The bottom edge of the right side wall 15 is connected to the right bottom wall 19 between the front and rear walls 11, 12. The left side wall 14 has two first mounting holes 141 and three second mounting holes 142 that are staggered with the first mounting holes 141. The right side wall 15 also has two first mounting holes 151, and three and the same. The first mounting holes M1 are in a staggered second mounting hole 152. The fifth cycle portion 20 has a chassis 21, a two-legged frame 22, two sealing plates 23, and a second space 24 that communicates with the first spaces 17 via the communication holes 30. The chassis 21 has an offset. a top wall 211 connected to a bottom edge of the left and right bottom walls 18, 19 and a bottom edge of the partition wall 16, and two side walls 212 extending downward along opposite sides of the top wall 211, and two respectively The bottom edges of the side walls 212 face the extended bottom wall 213. The side walls 212 respectively have an exhaust gas discharge hole 214 located above the return air holes 50. The top wall 211 cooperates with the side walls 212 to define the drying space 7〇. The equiangular frame 22 is mounted between the left and right bottom walls 18, 19 and the chassis 21, respectively. The equiangular frame 22 has a vertical wall 221 abutting between the left and right side bottom walls 18, 19 and the bottom wall 213, and a side wall 222 extending outwardly along the bottom edge of the vertical wall 221. The vertical wall 22 is spaced apart from the side walls 212 by a gap, and the vertical walls 22 have an air inlet hole 223 corresponding to the return air holes 5 , and a pair of exhaust gas holes 214 . Exhaust exhaust hole 224. Ϊ254617 The sealing plate 23 is respectively installed on the left and right bottom walls 18, 19 and the side of the mouth of the mouth of the 茨 寺 ? 2?? + day l l ^ 1 1 and respectively have 1 should wait for the exhaust hole 224 曰 mouth The waste venting holes 231, ..., the right bottom wall 18, the 221 ^ temple sealing plate 23 cooperate with the left to define the second spaces 24 ▲ the flank walls 222 can be bounded in the bottom: The communication holes 3 are respectively disposed on the left and right doors 1 and are connectable to the mi π and the second spaces, and the air outlets 40 are respectively disposed on the top wall 211 of the top frame 21 I "于. Between the partition wall 16 and the left and right bottom walls U, 19 (the outlet holes 4G can communicate with the first space - 17 and the supply: the return air holes 50 are respectively disposed on the top frame The air return hole 50 of the side wall 70 of the 21 can communicate with the second space 24 and the drying space. The light-receiving light ports 60 are respectively disposed on the top wall 2, and the partition wall is: 16 between the left and right bottom walls 18, 19 (see Fig. 8), '" 2 out 6 〇 can connect the first space Π with the drying space 7 〇. The snorkel motor 300 is Installed on the mounting holes 232 of the seals 23 respectively, and the exhaust motors respectively have the intake ports 21 located in the second spaces 2 corresponding to the manhole holes. And an air outlet end 22 in the second portion 24 corresponding to the (four) through hole %. The heating units 300 are the first hole I 141 installed in the left and right side walls i4, b, respectively. And at 151, the heating units 3 具有 respectively have a heating portion 31 extending from the first air 曰 '17 and substantially at the outlet end (four) and directly above the communication holes 3G. This The heating unit _ ” has a terracotta frame strip 3 11 and a plurality of adjacent heating fins 312 arranged in the frame 9 1254617 311 and having a continuous cross-sectional shape in a continuous zigzag shape. The infrared lamp group 400 is The heating units 300 are alternately mounted on the second mounting holes 142 of the left and right side walls 14 and 15 and (5), and the partition wall 16 extends into the first space 17 to be substantially Located above the light exit ports 6G, the infrared light groups 400 each have a lamp cover that abuts against the top surface of the top wall 211 of the chassis 21 and covers the light exit ports 60: 10' and - are mounted on The infrared lamp tube 420 in the lamp cover 410. As shown in FIGS. 6, 7, and 8, after the exhaust motor 200 is started, the hot air in the drying space 70 can pass through the return air holes 5. 〇, the air inlet holes 223 and the intake end 2 (7) of the far temple exhaust motor 2 (9) are sucked into the exhaust motor 200 Θ, and then the air outlet end 22 of the exhaust motor is turned toward the communication hole 3 directly above. The enthalpy is discharged, and in the process, the heating portion 310 which is a few 3 〇 0 is located directly above the communication holes 30. Therefore, all the recovered hot air will be collected in a first space i 7 such as a tightly-arranged heated Korean film, and then moved to the first space i 7 such as AI, etc., so that the heating parts 3 (7) can be collectively recovered. The hot air is uniformly heated, and thereafter, since the heating portions 310 do not extend above the air outlet holes 40 at all, the recovery heat after the "" and the subsequent recovery heat can be prevented without any structural interference. And the vent holes 4 〇 stably flow downward into the drying space 70, so that the present invention can circulate the recovered hot air to continuously dry the shoe to be processed. In the process of drying the shoe by hot air, the infrared rays generated by the infrared lamp tube 420 of the infrared lamp group 400 can also be projected into the drying space 7Q through the light exit ports 60. The radiation heat is 10 1254617 Γ. In addition, since the μ of the infrared lamp sets abut against the top surface of the top wall 211, m 1 〇 avoids the air outlet holes 40, and thus, etc. The temple has a 6-point opening, and the mouth is in the same place. The infrared light of the temple is smashed, and the sputum is recovered from the 兮笠 φ 尺, and the 400 ya will not dry, and the shoji shovel 4G squats down. The wind direction flowing out. The advantages of the present invention can be further summarized as follows. The heating sheet & The heating part Μ. It is the position (4), etc. directly above the ’, so that the closely arranged heating fins 312 can be
: 寺連通孔30，因此，從該等抽風馬達2〇〇的中々 端220排出的回收.熱乳 才流動至該等第一命門17 &丄 …一曰片312,然後 …箄力1L 大部份的回收熱氣均 υ亥寻加熱鰭片312接觸，而被均勻加熱。 一、本發明的加熱部3 1 〇宗+、、々古 4〇的上方，因此… 有延伸至該等出風孔 勾勻加熱後的回收熱氣不會受任何处 干擾而產生蒼流’而可穩定地從該等出風：= 該烘乾空間70内。 剔下机出至 三、本發明的該等紅外線燈組不僅不會 熱氣敎地從該㈣風孔4Q朝ς 乾鞋件。 炅了輔助烘 ，不 下排 歸納上述，本發明之製鞋機的熱風循環風箱裝置 僅可均勾地加熱回收熱氣’且回收熱氣更可穩定地朝 出，故確實能達到發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已， 能以此限定本發明實施之範圍，即大凡依本發明申^ 乾圍及發明說明内容所作之簡單的等效變化與修_ ^皆仍 1254617 屬本發明專利涵蓋之範圍内: The temple communicates with the hole 30, so that the recovered hot milk discharged from the middle end 220 of the exhaust motor 2〇〇 flows to the first life gates 17 & 曰...a slab 312, and then... 箄力1L Most of the recovered hot gas is in contact with the heating fins 312 and is uniformly heated. 1. The heating part 3 1 of the present invention is above the 〇 + +, 々 〇 , , , , , , , , , , , , 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而 而It can be stably discharged from the air: = within the drying space 70. The detached machine is out of the third. The infrared lamp group of the present invention not only does not heat the shoe member from the (four) wind hole 4Q. In order to achieve the above, the hot air circulating bellows device of the shoe making machine of the present invention can only heat and recover the hot gas in a hooked manner, and the recovered hot gas can be stably discharged, so that the object of the invention can be achieved. However, the above is only the preferred embodiment of the present invention, and can limit the scope of the implementation of the present invention, that is, the simple equivalent change and repair according to the invention and the description of the invention. ^ are still 1254617 within the scope of the invention patent
12 1254617 【圖式簡單說明】 圖1是習知一種複層式鞋底上膠黏合之烘乾輸送裝置 的剖视示意圖； — 圖2是該輪送裝置的熱氣循環單元的一熱氣產生箱與 力^熱管的分解立體圖； 八土圖3是習知一種分離式鞋件烘乾輸送系統的局部剖視 小忍圖； 51 4 曰 μ 疋—裝設有本發明的一較佳實施例的製鞋機的立 瑕外觀示意圖； 圖5是該較佳實施例的分解立體示意圖； :6疋忒較佳實施例的一加熱單元的立體示意圖； 。疋。亥較佳實施例的組合俯視示意圖；及 圖8是圖7中8_8割面線的剖視示意圖。 13 125461712 1254617 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic cross-sectional view showing a conventional multi-layer sole-adhesive drying conveyor; FIG. 2 is a hot air generation box and force of a hot gas circulation unit of the wheeling device ^ exploded view of the heat pipe; eight soil map 3 is a partial cross-sectional view of a conventional shoe drying and conveying system; 51 4 曰μ 疋 - equipped with a shoe according to a preferred embodiment of the present invention FIG. 5 is an exploded perspective view of the preferred embodiment; FIG. 5 is a perspective view of a heating unit of the preferred embodiment; Hey. A schematic top view of a preferred embodiment of the invention; and FIG. 8 is a cross-sectional view of the 8-8 cut line in FIG. 13 1254617
【主要元件符號說明】 1 循環箱 15… 右側壁 2… 熱氣產生箱 151 第一安裝孔 201 熱氣輸出孔 152 * 第二安裝孔 202 熱氣回收孔 16… 分隔壁 3 .… 力口熱管 17… 第一空間 4 抽風馬達 18… 左側底壁 5 *… 循環箱 19… 右側底壁 501 ， 回流孑L 20… 循環部 6 熱風箱 21… 底架 601 ^ 出風孔 211 * 頂壁 7 ; 布幕 212 ， 側壁 8 … 力口熱管 213 · 底壁 9 、 抽風馬達 214 < 廢氣排放孔 500 * 製鞋機 22，. 角架 510 機台 221 * 立壁 100 箱體 222 * 側翼壁 10 出風部 223 ， 入風孔 11… 頂壁 224 * 廢氣排放孔 12 前壁 23… 封板 13 後壁 231 ^ 廢氣排放孔 14 左侧壁 232 安裝孔 141 第一安裝孔 24 ^ * 第二空間 142 第二安裝孔 30… 連通子L 14 1254617 40… 出風孔 5 0 回風孔 60 出光口 70… 烘乾空間 200 抽風馬達 210 進氣端 220 ^ 出氣端 300 ^ 加熱單元 310 加熱部 311、 框架 312， 加熱鰭片 400 ， 紅外線燈組 410 ^ 燈罩 420 ^ 紅外線燈管[Description of main components] 1 Circulating box 15... Right side wall 2... Hot air generation box 151 First mounting hole 201 Hot air output hole 152 * Second mounting hole 202 Hot gas recovery hole 16... Partition wall 3 .... Force heat pipe 17... One space 4 exhaust motor 18... left bottom wall 5 *... circulation box 19... right bottom wall 501, reflow 孑L 20... circulation part 6 hot bellows 21... underframe 601 ^ air outlet 211 * top wall 7; , side wall 8 ... force heat pipe 213 · bottom wall 9, exhaust motor 214 < exhaust gas discharge hole 500 * shoe machine 22, angle frame 510 machine 221 * vertical wall 100 box 222 * side wall 10 air outlet 223 Air inlet hole 11... Top wall 224 * Exhaust gas discharge hole 12 Front wall 23... Sealing plate 13 Rear wall 231 ^ Exhaust gas discharge hole 14 Left side wall 232 Mounting hole 141 First mounting hole 24 ^ * Second space 142 Second mounting hole 30... Connector L 14 1254617 40... Air outlet 5 0 Return air hole 60 Light exit 70... Drying space 200 Exhaust motor 210 Intake end 220 ^ Outlet end 300 ^ Heating unit 310 Heating part 311, Frame 312, Heating fin Slice 400 , infrared light set 410 ^ lamp cover 420 ^ infrared light tube