M376587 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種織物定型機（textile setting machine) ’且特別是有關於一種能夠透過熱能回收方式以 達到節能目的之織物定型機。 【先前技術】 織物於生產過程中，通常會經過上膠、烘乾定型與切 邊·#不同的加工步驟。一般而言，通常是藉由一織物定型 機對織物來進行烘乾定型。 台灣新型專利編號第347419號與大陸專利第 1804186A號皆揭露了一種織物定型機的烘乾箱。但這些烘 ^箱所產生的廢氣是直接排放至大氣中，因而會造成熱能 才貝失，並且造成嚴重的環境污染。此外，台灣新型專利編 ，第M303932號、第M324677號與第M347418號雖已揭 二了織物疋型機的環保裝置，然而，回收的廢氣仍益法# 全被過餘淨，_造錢物㈣，而賴^仍質 =，台灣新型專利編號第M32419〇號與第M339662號 去了廢翻收祕置，其料提升熱交換效率，但並 木應用於織物定型機。 【新型内容】 其能夠透過熱能回收方 、 本創作提供一種織物定型機 式以達到節能目的。 3 M376587 本創作提出一種織物定型機，其包括一定型機烘箱、 一第一熱交換單元以及一第二熱交換單元。定型機烘箱具 有一氣體排放管。第一熱交換單元具有一與氣體排放管連 通之第一廢熱回收區以及一與第一廢熱回收區分離之-第一 空氣預熱區。第一廢熱回收區收集定型機烘箱所排出的廢 氣，而第一空氣預熱區對通入定型機烘箱的空氣進行預 熱。第二熱交換單元與第一廢熱回收區連通。 本創作另提出一種加熱裝置，其包括一烘箱、一第一 熱交換單元以及一第二熱交換單元。烘箱具有一氣體排放 管，第一熱交換單元具有一與氣體排放管連通之第一廢熱 回收區以及一與第一廢熱回收區分離之第一空氣預熱區， 其中第一廢熱回收區收集烘箱所排出的廢氣，而第一空氣 預熱區對通入烘箱的空氣進行預熱。第二熱交換單元與第 一廢熱回收區連通。 在本創作之一實施例中，上述之第一熱交換單元包括 一第一腔體、一第一隔板、一第一等溫熱效管、一第一廢 氣濾網以及一第一空氣濾網。第一隔板配置於第一腔體 内，以於第一腔體内定義出第一廢熱回收區以及第一空氣 預熱區。第一等溫熱效管配置於第一廢熱回收區以及第一 空氣預熱區内。第一廢氣濾網配置於第一廢熱回收區内， 以過濾進入第一廢熱回收區内的廢氣。第一空氣濾網配置 於第一空氣預熱區内，以過濾進入第一空氣預熱區内的空 氣。 在本創作之一實施例中，上述之第二熱交換單元為一 氣體對氣體熱交換單元。 M376587M376587 V. New description: [New technical field] The present invention relates to a textile setting machine and particularly relates to a fabric setting machine capable of achieving energy saving through heat recovery. [Prior Art] In the production process, the fabric is usually subjected to different processing steps of sizing, drying, and trimming. In general, the fabric is usually dried and shaped by a fabric sizing machine. Both the Taiwan Patent No. 347419 and the Continental Patent No. 1804186A disclose a drying box for a fabric setting machine. However, the exhaust gas generated by these ovens is directly discharged into the atmosphere, which causes thermal energy loss and serious environmental pollution. In addition, Taiwan's new patents, No. M303932, No. M324677 and No. M347418 have already revealed the environmental protection device of the fabric-type machine. However, the recovered exhaust gas is still excessively clean, _ money-making (4), and Lai ^ still quality =, Taiwan's new patent number No. M32419 与 and No. M339662 went to the waste to collect the secret, which is used to improve the heat exchange efficiency, but the wood is applied to the fabric setting machine. [New content] It can provide a fabric setting machine to achieve energy saving through the heat recovery. 3 M376587 The present application proposes a fabric setting machine comprising a certain type of oven, a first heat exchange unit and a second heat exchange unit. The setting machine oven has a gas discharge pipe. The first heat exchange unit has a first waste heat recovery zone in communication with the gas discharge pipe and a first air preheat zone separated from the first waste heat recovery zone. The first waste heat recovery zone collects the exhaust gas discharged from the setting oven, and the first air preheating zone preheats the air that is passed into the setting oven. The second heat exchange unit is in communication with the first waste heat recovery zone. The present invention further provides a heating apparatus including an oven, a first heat exchange unit, and a second heat exchange unit. The oven has a gas discharge pipe, the first heat exchange unit has a first waste heat recovery zone in communication with the gas discharge pipe, and a first air preheating zone separated from the first waste heat recovery zone, wherein the first waste heat recovery zone collection oven The exhaust gas is exhausted, and the first air preheating zone preheats the air passing through the oven. The second heat exchange unit is in communication with the first waste heat recovery zone. In an embodiment of the present invention, the first heat exchange unit includes a first cavity, a first partition, a first isothermal heat treatment tube, a first exhaust filter, and a first air filter. network. The first partition is disposed in the first cavity to define a first waste heat recovery zone and a first air preheating zone in the first cavity. The first isothermal heat pipe is disposed in the first waste heat recovery zone and the first air preheating zone. The first exhaust gas filter is disposed in the first waste heat recovery zone to filter the exhaust gas entering the first waste heat recovery zone. The first air filter is disposed in the first air preheating zone to filter air entering the first air preheating zone. In one embodiment of the present invention, the second heat exchange unit is a gas to gas heat exchange unit. M376587
在本創作之一實施例中，上述之氣體對氣體熱交換單 元包括一第二腔體、一第二隔板、一第二等溫熱效管、一 第二廢氣濾網以及一第二空氣濾網。第二隔板配置於第二 腔體内’以於第二腔體内定義出第二廢熱回收區以及第二 空氣預熱區。第二廢熱回收區與第一廢熱回收區連通。第 二等溫熱效管配置於第二廢熱回收區以及第二空氣預熱區 内。第二廢氣濾網配置於第二廢熱回收區内，以過濾進入 第二廢熱回收區内的廢氣。第二空氣濾網配置於第二空氣 預熱區内’以過濾進入第二空氣預熱區内的空氣。 在本創作之一實施例中’上述之織物定型機更包括一 與定型機烘箱連接之預烘乾烘箱，其中預烘乾烘箱與第二 空氣預熱區連通。 " 在本創作之一實施例中，上述之加熱裝置更包括一與 烘箱連接之預烘乾烘箱，其中預烘乾烘箱與第二空氣預埶In an embodiment of the present invention, the gas-to-gas heat exchange unit includes a second cavity, a second separator, a second isothermal heat pipe, a second exhaust filter, and a second air. Filter. The second partition is disposed in the second chamber to define a second waste heat recovery zone and a second air preheating zone in the second cavity. The second waste heat recovery zone is in communication with the first waste heat recovery zone. The second isothermal heat treatment tube is disposed in the second waste heat recovery zone and the second air preheating zone. The second exhaust gas filter is disposed in the second waste heat recovery zone to filter the exhaust gas entering the second waste heat recovery zone. The second air filter is disposed in the second air preheating zone to filter air entering the second air preheating zone. In one embodiment of the present invention, the fabric styling machine described above further includes a pre-drying oven coupled to the sizing oven, wherein the pre-drying oven is in communication with the second air preheating zone. < In an embodiment of the present invention, the heating device further includes a pre-drying oven connected to the oven, wherein the pre-drying oven and the second air pre-drying
在本創作之一實施例中，上述之 配置於氣體排放管上之濕度監測器， 排出的廢氣之濕度。 在本創作之一實施例中 氣體對液體熱交換單元。 在本創作之一實施例中， 置於氣體排放管上之濕度監測 氣之濕度。 上述之第二熱交換單元為一 織物定型機更包括一 以監測定型機烘箱所 亡述之力σ熱裝置更包括一配 裔’以監測烘箱所排出的廢 基於上^本創作之織物定型機或加 熱交換單元與第二熱交換單元，而 透、弟 J从重锼地回收廢熱再 5 M376587 利用，以達到節能目的。 為讓本創作之上述特徵和優點能更明顯易懂，下文特 舉實把例，並配合所附圖式作詳細說明如下。 【實施方式】 圖1疋依照本創作之—實施例之一種織物定塑機的方 塊圖。圖2是圖1之第一熱交換單元的侧視圖。請參考圖 1與圖2，本實施例之織物定型機1〇包括一定型機烘箱 100、一第一熱交換單元2〇〇以及一第二熱交換單元3〇〇。 定型機烘箱100具有—氣體排放管11〇。第一熱交換單元 200具有一與氣體排放管11〇連通之第一廢熱回收區21〇 以及一與第一廢熱回收區21〇分離之第—空氣預熱區 22〇。此外，第二熱交換單元300與第一廢熱回收區210 連通。值得注意的是，前述之織物定型機1〇以可以是其他 型$之加熱裝置，本發明不限定第一熱交換單元200以及 一第一熱父換單元300必須應用在織物定型機1〇中。 产當織物定型機10運作時，外界的空氣會經由第一空 ，預熱區220進入定型機烘箱1〇〇中，並且第一空氣預熱 區^20會對通入定型機烘箱1〇〇的空氣進行預熱。定型機 ，箱100對織物定型與烘乾所排放出來的廢氣，則可藉由 氣體排放官11〇而排入第一廢熱回收區21〇。換言之，第 廢熱回收區210會收集定型機烘箱100所排出的廢氣。 值得庄意的是，第一廢熱回收區210所收集的廢氣具 有相當尚的溫度（例如是18〇。〇，而第一空氣預熱區22〇 M376587 内部的空氣則具有較低的溫度（例如是35乞）^因此，第 一空氣預熱區220内部的空氣會受到第—廢熱回收區21〇 内部的f氣加熱而升溫。所以，定型機烘箱1〇〇藉由接收 溫度較高的空氣對織物進行定型與烘乾，可使織物定型機 10的定型速率有效地提升。此外’第一空氣預熱區22〇内 部的空氣可直接被廢氣加熱，而不需要其他的加熱設備來 加熱’因而也可以降低生產成本。 具體而s，本實施例之第一熱交換單元200可包括一 第一腔體230、一第一隔板240、一第一等溫熱效管25〇、 一第一廢軋濾網260以及一第一空氣濾網。第一隔板 240配置於第一腔體230内，以於第一腔體230内定義出 第一廢熱回收區210以及第一空氣預熱區22〇。第一等溫 熱效管250配置於第一廢熱回收區21〇以及第一空氣預熱 區220内，以將第一廢熱回收區21〇内部之廢氣的熱量傳 遞至第一空氣預熱區220内部之空氣，進而可使供應至定 型機烘箱100的空氣具有較高的溫度。 此外，第一廢氣濾網260配置於第一廢熱回收區210 内，以過濾進入第一廢熱回收區210内的廢氣。另外，第 —空氣濾網270配置於第一空氣預熱區220内，以過濾進 入第一空氣預熱區220内的空氣。 在本實施例中，織物定型機10更可包括一濕度監測 器400。濕度監測器400配置於氣體排放管110上，用以 監測定型機烘箱100所排出的廢氣之濕度。當定型機烘箱 10〇所排出的廢氣之濕度未達到一設定值時，廢氣不會被 排放至氣體排放管110。反之，當廢氣之濕度超過此設定 7 [76587 值時，廢氣才會被允許排放出來，因而可降低織物定型機 10的能源損耗，以達到節能目的。 圖3是圖1之第二熱交換單元的側視圖。請參考圖j ，圖3。在本實施例中，第二熱交換單元3〇〇為_氣體對 氣體熱交換單元，其包括一第二腔體33〇、一第二隔板 M0、一第二等溫熱效管35〇、一第二廢氣濾網36〇以及一 第二空氣濾網370。第二隔板340配置於第二腔體330内， 以於第一腔體330内定義出第二廢熱回收區31〇以及第二 空氣預熱區320。此外，織物定型機10更可包括一與定型 機烘箱100連接之預烘乾烘箱500，其中預烘乾烘箱5〇〇 與第二空氣預熱區320連通。 在本實施例中，第二廢熱回收區310與第一廢熱回收 區210連通，並且第二等溫熱效管35〇配置於第二廢熱回 收區310以及第二空氣預熱區320内。因此，當織物定型 機10運作時’定型機烘箱100内部的廢氣會經由第一廢熱 回收區210而流動至第二廢熱回收區31〇。 再者’第二廢氣濾、網360可配置於第二廢熱回收區310 内，以過濾進入第二廢熱回收區310内的廢氣。另外，第 二空氣濾網370可配置於第二空氣預熱區32〇内，以過濾 進入第二空氣預熱區320内的空氣。 值得注意的是，第二廢熱回收區310所收集的廢氣具 有相當高的溫度（例如是140。(：），而第二空氣預熱區320 内部的空氣則具有較低的溫度（例如是35。(：）。因此，第 二空氣預熱區320内部的空氣會受到第二廢熱回收區310 内部的廢氣加熱而升溫，進而可供應至預烘乾烘箱500。 1/6587In an embodiment of the present invention, the humidity monitor disposed on the gas discharge pipe has a humidity of the exhaust gas discharged. In one embodiment of the present invention a gas to liquid heat exchange unit. In one embodiment of the present invention, the humidity placed on the gas discharge pipe monitors the humidity of the gas. The second heat exchange unit is a fabric setting machine, and further comprises a force for monitoring the setting machine oven. The sigma heat device further comprises a matching person to monitor the waste discharged from the oven based on the fabric creation machine. Or heating the exchange unit and the second heat exchange unit, and through, the younger brother J recovers the waste heat and reuses 5 M376587 to achieve energy saving purposes. In order to make the above features and advantages of the present invention more comprehensible, the following detailed description will be given in detail with reference to the accompanying drawings. [Embodiment] Fig. 1 is a block diagram of a fabric molding machine in accordance with the present invention. Figure 2 is a side elevational view of the first heat exchange unit of Figure 1. Referring to FIG. 1 and FIG. 2, the fabric setting machine 1 of the present embodiment includes a certain type of oven 100, a first heat exchange unit 2A, and a second heat exchange unit 3''. The setting machine oven 100 has a gas discharge pipe 11〇. The first heat exchange unit 200 has a first waste heat recovery zone 21A communicating with the gas discharge pipe 11 and a first air preheating zone 22〇 separated from the first waste heat recovery zone 21A. Further, the second heat exchange unit 300 is in communication with the first waste heat recovery zone 210. It should be noted that the foregoing fabric setting machine 1 can be a heating device of other types. The invention does not limit that the first heat exchange unit 200 and a first hot parent unit 300 must be used in the fabric setting machine 1 . When the fabric setting machine 10 is in operation, the outside air will enter the setting machine oven 1 through the first empty, preheating zone 220, and the first air preheating zone ^20 will pass into the setting machine oven 1〇〇 The air is preheated. The setting machine and the exhaust gas discharged from the drying and drying of the fabric by the box 100 can be discharged into the first waste heat recovery area 21 by the gas discharge officer. In other words, the first waste heat recovery zone 210 collects the exhaust gas discharged from the setting machine oven 100. It is worthwhile to note that the exhaust gas collected by the first waste heat recovery zone 210 has a relatively high temperature (for example, 18 〇. 〇, while the air inside the first air preheating zone 22 〇 M376587 has a lower temperature (for example) Therefore, the air inside the first air preheating zone 220 is heated by the f gas inside the first waste heat recovery zone 21, so that the setting oven 1 receives high temperature air. The shaping and drying of the fabric can effectively increase the setting rate of the fabric setting machine 10. In addition, the air inside the first air preheating zone 22 can be directly heated by the exhaust gas without requiring other heating equipment to heat. Therefore, the first heat exchange unit 200 of the present embodiment may include a first cavity 230, a first partition 240, a first isothermal heat treatment tube 25, and a first A waste rolling screen 260 and a first air filter. The first partition 240 is disposed in the first cavity 230 to define a first waste heat recovery zone 210 and a first air preheating in the first cavity 230. Zone 22〇. First isothermal heat treatment tube 250 And disposed in the first waste heat recovery zone 21〇 and the first air preheating zone 220 to transfer heat of the exhaust gas inside the first waste heat recovery zone 21〇 to the air inside the first air preheating zone 220, thereby enabling supply The air to the setting machine oven 100 has a higher temperature. Further, the first exhaust gas screen 260 is disposed in the first waste heat recovery zone 210 to filter the exhaust gas entering the first waste heat recovery zone 210. In addition, the first air filter The net 270 is disposed in the first air preheating zone 220 to filter the air entering the first air preheating zone 220. In this embodiment, the fabric setting machine 10 further includes a humidity monitor 400. The humidity monitor 400 It is disposed on the gas discharge pipe 110 for monitoring the humidity of the exhaust gas discharged from the setting machine oven 100. When the humidity of the exhaust gas discharged from the setting machine oven 10 does not reach a set value, the exhaust gas is not discharged to the gas discharge pipe. 110. Conversely, when the humidity of the exhaust gas exceeds the value of 7 [76587, the exhaust gas is allowed to be discharged, thereby reducing the energy loss of the fabric setting machine 10 to achieve energy saving purposes. Figure 3 is Figure 1. A side view of the second heat exchange unit. Please refer to FIG. j and FIG. 3. In this embodiment, the second heat exchange unit 3 is a gas-to-gas heat exchange unit, which includes a second cavity 33〇, a second partition M0, a second isothermal heat treatment tube 35, a second exhaust filter 36A, and a second air filter 370. The second partition 340 is disposed in the second cavity 330, A second waste heat recovery zone 31〇 and a second air preheating zone 320 are defined in the first cavity 330. In addition, the fabric setting machine 10 further includes a pre-drying oven 500 connected to the setting machine oven 100, wherein The drying oven 5 is in communication with the second air preheating zone 320. In this embodiment, the second waste heat recovery zone 310 is in communication with the first waste heat recovery zone 210, and the second isothermal heat effect tube 35 is disposed in the first The two waste heat recovery zones 310 and the second air preheating zone 320. Therefore, when the fabric setting machine 10 is in operation, the exhaust gas inside the setting machine oven 100 flows to the second waste heat recovery area 31 via the first waste heat recovery zone 210. Further, the second exhaust gas filter, the net 360 may be disposed in the second waste heat recovery zone 310 to filter the exhaust gas entering the second waste heat recovery zone 310. Additionally, a second air screen 370 can be disposed within the second air preheating zone 32 to filter air entering the second air preheat zone 320. It is worth noting that the exhaust gas collected by the second waste heat recovery zone 310 has a relatively high temperature (for example, 140. (:), and the air inside the second air preheating zone 320 has a lower temperature (for example, 35). Therefore, the air inside the second air preheating zone 320 is heated by the exhaust gas inside the second waste heat recovery zone 310 to be heated, and can be supplied to the pre-drying oven 500. 1/6587
所以，預烘乾烘箱500藉由接收溫度較高的空氣對織物進 行預烘，而可以提升織物定型機1〇的定型速率，進而使織 物具有更優良的定型品質。 ' 圖4疋依照本創作另—實施例之一種織物定型機的方 塊圖。圖5是圖4之第二熱交換單元的側視圖。請參考圖 ^與圖。5 ’與上述實施例不同之處在於，本實施例之第二熱 乂換單元3GG可以是-氣體對紐熱交換單元。第一廢熱 回收區=1〇所排放之廢氣可對第二熱交換單元3〇〇加熱， 進而使第一熱父換單元3〇〇提供溫度較高的鍋爐6〇〇 需用水。 Τ #一綜士所述，本創作之加熱裝置（如織物定型機）透過 弟…、夂換單元與第二熱交換單元重複地回收廢熱再利 以達到節能目的。定韻烘箱可藉由魏溫度較高的 ^虱對，物進行定型與烘乾，以使織物定型機的定型速率 ϋ地提升。再者’織物定型機所需的空氣可直接被廢氣 口…，而不需要其他的加熱設備來加熱，因而可以降低生 產成本。 限本創作已以多個實施例揭露如上，然其並非用以 士創作，任何所屬技術領域中具有通常知識者，在不 作之精神和範圍内，當可作些許之更動與潤許， 準。之保護範圍當視後附之申請專利範圍所界定者為 M376587 【圖式簡單說明】 圖1是依照本創作之一實施例之一種織物定型機的方 塊圖。 圖2是圖1之第一熱交換單元的侧視圖。 圖3是圖1之第二熱交換單元的侧視圖。 圖4是依照本創作另一實施例之一種織物定型機的方 塊圖。 圖5是圖4之第二熱交換單元的侧視圖。 【主要元件符號說明】 10 :織物定型機 100 :定型機烘箱 110 :氣體排放管 200 :第一熱交換單元 210:第一廢熱回收區 220 :第一空氣預熱區 230 :第一腔體 240 :第一隔板 250 :第一等溫熱效管 260 :第一廢氣濾網 270 :第一空氣濾網 300 :第二熱交換單元 310 :第二廢熱回收區 320 :第二空氣預熱區Therefore, the pre-baking oven 500 pre-bakes the fabric by receiving a relatively high temperature air, thereby increasing the setting rate of the fabric setting machine, thereby providing the fabric with better setting quality. Figure 4 is a block diagram of a fabric setting machine in accordance with another embodiment of the present invention. Figure 5 is a side elevational view of the second heat exchange unit of Figure 4. Please refer to the figure ^ and figure. 5' differs from the above embodiment in that the second heat exchange unit 3GG of the present embodiment may be a gas-to-new heat exchange unit. The exhaust gas discharged from the first waste heat recovery zone = 1 可 can heat the second heat exchange unit 3, so that the first hot parent exchange unit 3 〇〇 provides a higher temperature boiler 6 and requires water. Τ #一综士, the heating device of this creation (such as fabric setting machine) repeatedly recycles waste heat through the brother..., the replacement unit and the second heat exchange unit to achieve energy saving purposes. The rhyme oven can be shaped and dried by the high temperature of the Wei, so that the setting speed of the fabric setting machine can be increased. Furthermore, the air required for the fabric sizing machine can be directly heated by the vents... without the need for other heating equipment, thereby reducing production costs. The limitation of the present invention has been disclosed in the above embodiments. However, it is not intended to be used by a person, and any person having ordinary knowledge in the technical field may make some changes and tempering in the spirit and scope. The scope of protection is defined by the scope of the appended claims as M376587. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of a fabric setting machine in accordance with an embodiment of the present invention. Figure 2 is a side elevational view of the first heat exchange unit of Figure 1. Figure 3 is a side elevational view of the second heat exchange unit of Figure 1. Figure 4 is a block diagram of a fabric setting machine in accordance with another embodiment of the present invention. Figure 5 is a side elevational view of the second heat exchange unit of Figure 4. [Main component symbol description] 10: fabric setting machine 100: setting machine oven 110: gas discharge pipe 200: first heat exchange unit 210: first waste heat recovery zone 220: first air preheating zone 230: first cavity 240 The first partition 250: the first isothermal heat pipe 260: the first exhaust filter 270: the first air filter 300: the second heat exchange unit 310: the second waste heat recovery zone 320: the second air preheating zone