1338564 封’經由加熱密封箱17對真空加硫箱16藉真空㈣ι〇進行抽真 空’而^真空加硫箱17内之濕氣抽出，再應用加熱密封蓋丨7上 之加熱益171對鞋勒:上之黏膠進行加硫活化，而後釋放真空再開 啟加熱密封盍17 ’使該真空加硫箱16攜帶該鞋靴由轉軸丨3轉至 真空加硫機1的出口處，經操作者將該鞋靴取下；如第四圖·a〜c， 其後將鞋勒:放入5亥貼底供乾機2之置鞋架2〇上，鹿用焉達2丨帶 減速齒輪箱22傳動轉軸23，並以上、下轉盤24外圍固設數 個置鞋架26，且在該數個置鞋架26其中一特定工作位置，於該真 % 置鞋架26轉至該工作位置時經鞋身與鞋底之貼合再轉入貼底烘乾 機2之烘箱27内，該烘箱27内具有加熱器271，藉由鼓風機272 將熱風對5亥鞋勒:供乾’使該鞋勒^緊密貼合，經轉抽23將該置鞋架 26轉至貼底烘乾機2之出口處，透過操作者將該鞋革化取下；如第 五圖-A〜D，再將該鞋靴置於真空冷凍定型機3之冷凍箱％内，應 用馬達31減速齒輪相32轉轴33上、下轉盤34、35密封箱37氣 壓缸38傳動軸38〗將該密封箱37對該冷凍箱36予以密封，再透 過岔封箱36與該真空設備連接，而由密封箱36對冷束箱36抽真 空，使該鞋面毛細孔之濕氣予以抽出，同時透過急速冷凍，而^ 鞋面整平，再轉至出口位置取出鞋靴，以完成製鞋程序，不僅可 % 提昇鞋靴品質，更可減少穢氣符合環保要求，同時可節省能源， 降低成本的鞋靴製程者。 請參閱第二、三圖及第三圖〜D所示，其中該真空加硫機1 係位於製鞋生產線之最前端，其傳輸係由一馬達u帶動減速齒輪 箱12而傳動一轉軸13，該轉軸13於適當位置分別固定一上、下 轉盤14、15，該轉盤14、15上分別固定數加硫箱16，該加硫箱 16内設有數鞋架161供鞋勒:置放，而位於該加硫箱16進入真空加 硫機1内之工作位置，其前端架設一加熱密封蓋17，該加熱密封 蓋Π内設有加熱器17卜同時與一送風鼓風機172與真空泵浦1〇 連通’該加熱密封蓋17固定一懸臂173，而該懸臂173則樞接於 一氣壓缸18之傳動軸181上，再應用數萬向連桿⑻將該加熱密 1338564 =盍17予以懸吊，使該氣壓缸18帶動懸臂丨73而推動加熱密封 ，17時，藉該數萬向連桿〗83予以扶正該加熱密封蓋丨7確保與 該加硫箱16完全密封，以利進行真空泵浦】〇抽真空與該送風鼓 風機丨72經該加熱器】71而吹入熱空氣進行加硫者。1338564 Seal 'vacuation of the vacuum vulcanization box 16 via the heat sealing box 17 by vacuum (four) ι〇' and the moisture in the vacuum vulcanization tank 17 is extracted, and then the heat sealing 丨7 on the heat sealing cover 丨7 is applied to the shoe The upper adhesive is subjected to sulfur activation, and then the vacuum is released and then the heating seal 盍 17 ' is caused to make the vacuum vulcanization box 16 carry the shoe from the shaft 丨 3 to the outlet of the vacuum vulcanizer 1 through the operator. The shoe boot is removed; as shown in the fourth figure, a~c, and then the shoe is placed on the shoe rack 2 of the 5th bottom of the dryer 2, and the deer is used with the reduction gearbox 22 Driving the shaft 23, and fixing a plurality of shoe racks 26 on the periphery of the upper and lower turntables 24, and in a specific working position of the plurality of shoe racks 26, when the genuine shoe rack 26 is turned to the working position The fit of the shoe body and the sole is transferred to the oven 27 of the bottom dryer 2, and the oven 27 has a heater 271, and the hot air is blown by the blower 272: the dry shoe is made to dry the shoe. Tightly fitting, the shoe rack 26 is transferred to the outlet of the bottoming dryer 2 via the transfer 23, and the shoe is removed by the operator; as shown in the fifth figure-A ~D, then put the shoe in the freezer box of the vacuum freezing setting machine 3, the application motor 31 reduction gear phase 32 shaft 33 upper and lower turntable 34, 35 sealing box 37 pneumatic cylinder 38 drive shaft 38〗 The sealing box 37 seals the freezing box 36, and then connects to the vacuum device through the sealing box 36, and the cold box 36 is evacuated by the sealing box 36, so that the moisture of the upper capillary hole is extracted and simultaneously transmitted. Quickly freeze, and ^ the upper is flattened, and then transferred to the exit position to remove the shoes to complete the shoe-making process, not only to improve the quality of the shoes, but also to reduce the environmental requirements of helium, while saving energy and reducing costs Bootsman. Please refer to the second, third and third figures to the D, wherein the vacuum vulcanizer 1 is located at the foremost end of the shoe production line, and the transmission is driven by a motor u to drive the reduction gear box 12 and drive a shaft 13, The rotating shaft 13 respectively fixes an upper and lower turntables 14 and 15 at appropriate positions, and the plurality of sulfurizing boxes 16 are fixed on the rotating wheels 14, 15 respectively, and the plurality of shoe racks 161 are provided in the vulcanizing box 16 for the shoe to be placed: The working position of the vulcanization tank 16 entering the vacuum vulcanizer 1 is provided with a heating sealing cover 17 at the front end thereof. The heating sealing cover is provided with a heater 17 and is connected to a blowing blower 172 and a vacuum pump 1 'The heating sealing cover 17 is fixed with a cantilever 173, and the cantilever 173 is pivotally connected to the transmission shaft 181 of a pneumatic cylinder 18, and then the tens of thousands of connecting rods (8) are used to suspend the heating density 1338564 = 盍17. The pneumatic cylinder 18 drives the cantilever 丨 73 to push the heat seal. At 17 o'clock, the tens of thousands of directional rods 83 are used to correct the heat sealing cover 丨7 to ensure complete sealing with the vulcanization tank 16 for vacuum pumping. The vacuum is blown with the blower blower 72 through the heater 71 By hot air vulcanization.
^凊參閱第二、四圖及第四圖〜C所示，其中該貼底烘乾機2 係位於真空加硫機丨之後方作業程序，其傳輸係由一馬達21帶動 減速齒輪箱22而傳動一轉軸23，該轉軸23於適當位置分別固定 一上、下轉盤24、25，該轉盤24、25外圍上分別固定數置鞋架 26 ;該烘箱27之上端與外側設有熱氣流道271，該上端流道内設 有加熱器272，而外惻流道則設有送風機273 ,使該置鞋架26由 馬達2丨控制減速齒輪箱22而帶動轉軸23轉入貼底烘乾機2内 時’透過該送風機273之氣流經由加熱器272而由出風孔274向 出熱風，再由側邊之吸風口 275將熱風回收後再循環，不僅 能節省能源，更能減少意味外洩之效果。 3月參閱第二、五圖及第五圖-A〜D所示，其中真空冷;東定型機 3 ^位於製鞋生產線之最後端，其傳輸係由一馬達3丨帶動減速齒 輪箱32而傳動一轉轴33，該轉軸33於適當位置分別固定一上、 I轉盤34、35，該轉盤34、35上分別固定數冷凍箱36，該冷凍 =36内設有數鞋架36〗供鞋靴置放，而位於該冷凍箱％進入真 f冷凍定型機3内之工作位置，其前端架設一密封箱37，該密封 相37係固定於一滑座37丨上，該滑座3刀設有數個滑輪組371】 位於滑座371之兩側，並滑行於兩側之滑軌378上’該滑座37丨 貝J固疋於氣壓缸38之傳動軸381上，使該傳動軸381帶動東密 ^箱37於該滑轨378上滑行，同時對該冷凍箱36予以密^，經 ^空泵浦40抽真空後，該冷凍機39即輸入冷氣並透過循環風扇 於邊冷凍箱36内對鞋靴作急速冷凍，以提供冷氣不會外 勺 能源，且可提昇製鞋品質者。 9 1338564 ^【圖式簡單說明】 第—圖為習知製鞋生產線製程裝置圖。^凊 Refer to the second, fourth and fourth figures to C, wherein the bottom dryer 2 is located behind the vacuum vulcanizer, and the transmission is driven by a motor 21 to drive the reduction gear box 22 The rotating shaft 23 is fixed to an upper and lower turntables 24 and 25 at appropriate positions, and the plurality of shoe racks 26 are respectively fixed on the outer periphery of the turntables 24 and 25; the hot air flow path 271 is provided at the upper end and the outer side of the oven 27. The upper end flow passage is provided with a heater 272, and the outer choke flow passage is provided with a blower 273, so that the shoe rack 26 is controlled by the motor 2丨 to reduce the gear box 22 and the rotating shaft 23 is transferred into the bottom dryer 2 The airflow passing through the blower 273 passes through the air outlet 274 through the heater 272, and the hot air is recovered and recycled by the side air inlet 275, thereby saving energy and reducing the effect of leakage. Referring to the second, fifth and fifth figures -A to D in March, the vacuum is cold; the east setting machine 3 ^ is located at the last end of the shoe production line, and its transmission is driven by a motor 3 减速 to the reduction gear box 32. The drive shaft 33 is fixed to the upper position, the I turntable 34, 35 is fixed at an appropriate position, and the plurality of freezer boxes 36 are respectively fixed on the turntables 34 and 35, and the plurality of shoe racks 36 are provided in the freeze=36 for the shoes and boots The sealing position 37 is fixed to a sliding seat 37, and the sliding seat 3 is provided with a number of the sealing chambers 37, which are placed in the working position of the freezer freezing setting machine 3. The pulley blocks 371 are located on both sides of the sliding block 371 and are slid on the sliding rails 378 on both sides. The sliding seat 37 is fixed on the transmission shaft 381 of the pneumatic cylinder 38, so that the transmission shaft 381 drives the Dongmi The box 37 slides on the slide rail 378, and at the same time, the freezer box 36 is sealed. After the vacuum pump 40 is evacuated, the refrigerator 39 inputs cold air and passes through the circulation fan in the side freezer 36. Boots are rapidly frozen to provide air conditioning without the energy of the outside, and can improve the quality of the shoes. 9 1338564 ^ [Simple description of the diagram] The first figure is a diagram of the process equipment of the conventional shoe production line.
.合圖。 -^ 1今、货％呉王刀17视恢丽惻邵份斷面圖。 l ^四®為本發明製鞋生產線之縣烘乾機立體組合圖。 四圖-A為本發明貼底烘乾機侧視透視示意圖。 =四圖-B為本發明貼底烘乾機俯視示意圖。 =四圖-C為本發明貼底烘乾機前側部份斷面圖。 笛為本發明製鞋生產線之真空冷凌定型機立體組合 圖-Α為本發明真空冷凍定型機側視透視示意圖。 =五圖-Β為本發明真空冷凍定型機俯視示意圖。 真空加硫機1 減速齒輪箱12、22、32 上轉盤14、24、34 真空加硫箱16 氣壓紅18、38 加熱器171、272 懸臂173 貼底烘乾機2 烘箱27 送風機273 吸風口 275 =五圖-C為本發明真空冷凍定型機後側部份斷面圖。 弟五圖-D為本發明真空冷凍定型機前側部份斷面圖。 【主要元件符號說明】 馬達丨1、21、31 轉軸 13、23、33 下轉盤15、25、35 加熱密封蓋17 傳動軸181、381 送風鼓風機172 萬向連桿183 置鞋架26 熱氣流道271 出風孔274 真空冷凍定型機3 1338564 冷凍箱36 滑座371 滑軌378 循環風扇30 密封箱37 滑輪組3711 冷凍機39 真空泵浦10、40. -^ 1 Today, the goods are 呉 呉 刀 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 17 l ^四® is a three-dimensional combination of the county dryers for the shoe production line of the present invention. Four-A is a side perspective view of the bottom dryer of the present invention. = Four Diagrams - B is a top view of the bottom dryer of the present invention. = four figures - C is a partial cross-sectional view of the front side of the bottom dryer of the present invention. The flute is a three-dimensional combination of the vacuum cold setting machine of the shoe production line of the invention. Fig. Α is a side perspective view of the vacuum freezing setting machine of the invention. =五图-Β is a top view of the vacuum freezing setting machine of the present invention. Vacuum vulcanizer 1 reduction gearbox 12, 22, 32 upper turntable 14, 24, 34 vacuum vulcanization box 16 air pressure red 18, 38 heater 171, 272 cantilever 173 bottom dryer 2 oven 27 blower 273 suction 275 =五图-C is a sectional side view of the rear side of the vacuum freezing setting machine of the present invention. The fifth figure-D is a sectional view of the front side of the vacuum freezing setting machine of the present invention. [Main component symbol description] Motor 丨 1, 21, 31 Rotary shaft 13, 23, 33 Lower turntable 15, 25, 35 Heat sealing cover 17 Drive shaft 181, 381 Air blower 172 Universal link 183 Shoe rack 26 Hot air flow 271 air outlet 274 vacuum freezing setting machine 3 1338564 freezer 36 sliding seat 371 sliding rail 378 circulating fan 30 sealing box 37 pulley block 3711 freezer 39 vacuum pump 10, 40