發明說明（ 經濟部智慧財產局員工消費合作社印製 本料側於-餘麵上雛轉魏的經紗上糊 機之熱風乾燥裝置。 【背景技術】 從前雖為提高經紗上糊機之生產效率，而謀求經紗移 動速度《高速化，但為上糊機之高魅必需騎增大乾燥 室之乾燥能力。於是，為增大乾燥室之乾燥能力，實施與 在乾燥罜以板狀排列多數條經紗（以下簡稱經紗）之移動 朝逆向使通過熱風，增大與經紗之崎風速，同時將通過 乾燥至之減儘量設定為祕。但如果賴駿定為高溫 ，即必需減少對於經紗物性所帶來之熱影響。 因此，以往熱風乾燥裝置係由乾燥室與加熱送風裝置 所構成，將熱風之一部份一面排於外部，一面循環該乾燥 A與該加熱送風裝置之熱風循環排風系統，其設定為如下 二系統。亦即設定為潤濕經紗，係可設定高熱風溫度之上 游侧，及乾燥已經有經紗之程度，不能設定高乾燥溫度之 下游侧二系統0 並i以往在採取本構造經紗上糊機之熱風乾燥裝置， 將下游侧熱風循環排風系統之排風，輸送於上游側之加熱 送風裝置再利用嘗試提高能源效率。此熱風乾燥裝置之構 造，如圖三所示，係具備上游及下游之兩個熱風循環排風 系統la、lb，在各熱風循ί衷排風系統ia、ib係分別獨立 裝設屬於個別加熱送風裝置之加熱送風裝置2a、2b，經紗 3移動之乾燥室4a、4b。加熱送風裝置2a、2b係分別由蒸 氣加熱器6、電氣加熱器5、鼓風機7、送熱風之風管8所 本紙張尺度適用令國國家標準（CNS)A4規格（210 X 297公釐） -4- ' ------ί --------------------------- | iv n —i n n I (請先閱讀背面之注意事項再填窝本頁) 4 6 4 7 0 3 濟 部 智 慧 財 產 局 員 工 5 費 合 作 社 印 褽 發明說明（2. 形成。而且’裝設藉由排風風扇9排出熱風循環排風系統 u熱風之排風風管8a，與從熱風循環排風系統lb之排氣 二藉由排風風扇9,將排風送入熱風循環排風系統la =氣加熱器6之排朗風風f sb。紐，由麟風回風風 I %將較熱風循環排風系统&之熱風水份量少、，相對地 /皿度低之熱風循環排風系統lb的排風，係彳丨進於熱風循環 排風系統la。 【技術課題】 、上述習知之技術，係藉由將下游侧熱風循環排風系統 b之排風引進上游侧之熱風循環排風系統ia，增大上游側 加熱送風裝置2a之風量，增多吹出於祕室4a之熱風量 加决風速。且因加快風速，而乾燥室知之經紗出口 U附 近變成負壓’產生外氣流進乾燥室4a内之見象。因此，產 生熱能量之敏’或室4a内之溫度不均紐成經紗3 乾燥不均的原因。而且由於加大風速，因此在乾燥室如之 上游側經紗入口 U附近之亂流狀態變成激烈’從經紗入口 u ’朝乾燥室4a外流出許多熱風同時流進多量之 發生熱能量之損失。 再 ,本發明之目的係在提供具有高生產效率，同時抑制能 量之/肖耗’不產技紗錄不均等之鮮上糊機之 燥裝置。 ~ 【發明之概要】 本發明係由與經紗之移動朝逆向通過熱風之乾燥室， 及加熱送風裝置所構成，賴風—面在上職燥室及上述 (請先閲讀背面之注^#·項再填寫本頁) 2------.i ---------線！ -ϋ n ftv -[Explanation of the invention] (The consumer cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs printed this material to focus on the hot air drying device of the warp yarn pasting machine on the other side. [Background] Although in the past to improve the production efficiency of the warp yarn pasting machine, In order to increase the speed of warp yarns, "high speed, but to increase the glamour of the pasting machine, it is necessary to increase the drying capacity of the drying room. Therefore, in order to increase the drying capacity of the drying room, a large number of warp yarns are arranged in a plate shape in the drying chamber. (Hereinafter referred to as warp yarn), the movement of the wind through the hot wind increases the wind speed of the warp yarn, and at the same time, the drying speed is set as low as possible. However, if Lai Jun is set to a high temperature, the physical properties of the warp yarn must be reduced. Therefore, in the past, the hot air drying device was composed of a drying chamber and a heating air supply device, and a part of the hot air was discharged to the outside while circulating the hot air circulation and exhaust system of the drying A and the heating air supply device. It is set as the following two systems. That is, it is set to wet the warp yarn, which can be set on the upstream side of high hot air temperature, and the degree of warp yarn drying already cannot be set. The two systems on the downstream side that set the high drying temperature are 0 and i. In the past, the hot air drying device of the warp yarn pasting machine with this structure was used to circulate the exhaust air from the downstream hot air circulation exhaust system to the upstream air heating device. Energy efficiency. As shown in Figure 3, the structure of this hot-air drying device is equipped with two hot-air circulation exhaust systems la and lb upstream and downstream. The hot-air circulation systems ia and ib are installed separately. The heating air supply devices 2a and 2b belonging to the individual heating air supply devices and the drying chambers 4a and 4b moved by the warp 3. The heating air supply devices 2a and 2b are respectively composed of a steam heater 6, an electric heater 5, a blower 7, and a hot air duct. 8 paper sizes are applicable to the national standard (CNS) A4 (210 X 297 mm) -4- '------ ί ----------------- ---------- | iv n —inn I (Please read the precautions on the back before filling in this page) 4 6 4 7 0 3 Employees of the Ministry of Economic Affairs and Intellectual Property of the Ministry of Economic Affairs of Japan 5 2. Formed. And 'installed by the exhaust fan 9 exhaust hot air circulation exhaust system u hot air exhaust air 8a, and the exhaust from the hot air circulation exhaust system lb, the exhaust air is sent to the hot air circulation exhaust system la by the exhaust fan 9 = the exhaust wind f sb of the air heater 6. New, by Linfeng The return air I% will be lower than the hot air circulation exhaust system & the hot air circulation will have less water content, and the relative air / low degree of the hot air circulation exhaust system lb will be exhausted into the hot air circulation exhaust system la [Technical Issues] The above-mentioned conventional technology is to increase the air volume of the upstream heating air supply device 2a by introducing the exhaust air from the downstream hot air circulation exhaust system b to the upstream hot air circulation exhaust system ia. The amount of hot air in the secret room 4a is determined by the wind speed. And because the wind speed is accelerated, the warp yarn exit U near the drying chamber is known to become negative pressure ' and the external air flows into the drying chamber 4a. Therefore, the sensitivity to heat energy generation or the temperature unevenness in the chamber 4a is the cause of the uneven drying of the warp yarns 3. Moreover, due to the increased wind speed, the turbulent flow state near the warp yarn inlet U on the upstream side of the drying chamber becomes fierce ', a lot of hot air flows out from the warp yarn inlet u' toward the outside of the drying chamber 4a, and a large amount of heat energy is lost. Furthermore, the object of the present invention is to provide a drying device for a fresh pasting machine which has a high production efficiency while suppressing energy / sharp consumption 'without producing uneven yarn recording. ~ [Summary of the invention] The present invention is composed of a drying room that passes the hot air in the opposite direction to the movement of the warp yarns, and a heating air supply device. The wind is on the job drying room and the above (please read the note on the back ^ # · Fill in this page again) 2 ------. I --------- line! -ϋ n ftv-
-It .ί I 本紙張尺度適用中國國家標準（CNS)A4規在（210 X 297公f 了 -5 - — It. 464703 A7 ____B7 五、發明說明（3.) 加熱送風裝置間循環，一面將熱風之一部份排出於外部之 熱風循環排風系統，沿上述經紗移動經路具備二系統之經 紗上糊機之熱風乾燥裝置。然後，為了將來自下游侧上述 熱風循環排風系統之排風輸送於上游側之上述加熱送風裝 置，係裝設連接下游侧之上述熱風循環排風系統及上游侧 上述加熱送風裝置之排風回風風管。以與外氣遮斷之狀態 可通過經紗之方式，連接上述各熱風循環排風系統之各乾 燥A，在上游侧上述乾燥室之熱風出風口及熱風回風口間 之熱風通過經路，係裝設使減少熱風通過剖面積之空氣阻 力賦與部的經紗上糊機之熱風乾燥裝置。 並且，上述加熱送風裝置係由加熱熱風之加熱器及依 該加熱益加熱之熱風輸送於上述乾燥室之鼓風機所構成， 上述排風回風風管係連接於上述熱風加熱送風裝置之上述 加熱器之熱風引進口。 而且，上述空氣阻力賦與部，係裝設於上述熱風回風 口附近。而且，上述空氣阻力賦與部亦可設定為自如地調 整熱風之通過剖面積。 經濟部智慧財產局員工消費合作杜印裝 本發明之加熱送風裝置，係來自下游侧上述熱風循環 排風系統之排風，而回收於上游倒上述熱風循環排風系統 之上述加熱送風裝置，吹出於乾燥室，與經紗移動方向相 反通過。此時熱風因空氣阻力賦與部係減少熱風之通過剖 面積，而增加空氣阻力。因此，減少通過乾燥室之熱風， 同時較λ亂阻力賦與部朝經紗移動方向提高在下游乾燥室 之壓力。由以與外氣遮斷狀態連接之兩乾燥室，因此吹出 本紙張尺度適用中國國家標準（CNWA4規格（210 χ 297公髮)------___. -6 - 經濟部智慧財產局員工消費合作社印製 A7 B7 五、發明說明（4.) 於乾燥室之一部份熱風，係流動於壓力低之下游側乾燥室 ，循環下游側之上述熱風循環排風系統，或再度從排風回 風風管回收於上游之上述加熱送風裝置。而且由於減少通 過乾燥室之熱風’因此縮小經紗入口附近之亂流狀態，同 時減少從經紗入口流出之熱風及流進之外氣，以減少熱損 失。 且藉來自下游侧上述熱風循環排風系統之排風，送入 上述加熱送風裝置加熱器之熱風引進口，回收之排風係加 熱變成熱風，吹出於乾燥室。通過上述空氣阻力賦與部後 ’熱風雖變成亂流狀態’但藉由上述空氣阻力賦與部裝設 於本來屬於亂流狀態之熱風回風口附近，儘量減少因亂流 而擾亂經紗之移勳。 而且藉由設定為自如地調整上述空氣阻力賦與部熱風 之通過剖面積，調整熱風通過空氣阻力賦與部時之空氣阻 力，調整通過乾燥室之熱風量，同時調整較空氣阻力賊與 部朝經紗移動方向在下游乾燥室之壓力，調整流動於下游 侧乾燥室之熱風量。 【圖式之簡單說明】 圖一係本發明一實施形式的經紗上糊機之熱風乾燥 裝置之剖面圖。 圖二係表示本發明實施形式之熱風乾燥裝置空氣阻 力賦與部其他例子之放大剖面圖。 圖三係習知經紗上糊機之熱風乾燥裝置之剖面圖。 【發明之實施形式】 本紙張尺度適Jf中關家標準（CNS)A4規格（21G X 297公爱)' ------- c請先Ba讀背面之注意事項再填寫本頁>-It .ί I This paper size is in accordance with Chinese National Standard (CNS) A4 regulations (210 X 297 gf -5--It. 464703 A7 ____B7 V. Description of the invention (3.) The circulation between heating air supply devices will be Part of the hot air is discharged from the external hot air circulation exhaust system, and the hot air drying device of the warp yarn pasting machine with two systems is provided along the warp yarn moving path. Then, in order to exhaust the air from the above-mentioned hot air circulation exhaust system on the downstream side, The above-mentioned heating and blowing device conveyed on the upstream side is provided with an exhaust and return air pipe connecting the above-mentioned hot air circulation and exhaust system on the downstream side and the above-mentioned heating and blowing device on the upstream side. It can pass through the warp yarns in a state blocked from the outside air. Way, each dry A of each hot air circulation exhaust system is connected, and the hot air passing between the hot air outlet and hot air return of the above-mentioned drying room on the upstream side passes through the path, and is installed to reduce the air resistance of the cross-sectional area of the hot air. The hot air drying device of the warp yarn pasting machine is also provided. The heating air supply device is transported to the drying chamber by the heater for heating the hot air and the hot air heated by the heating benefit. The blower, the exhaust air return air pipe is connected to the hot air inlet of the heater of the hot air heating and air supply device. The air resistance imparting unit is installed near the hot air return port. The air resistance imparting department can also be set to adjust the cross-sectional area of the hot air freely. The consumer and cooperation of the Intellectual Property Bureau of the Ministry of Economic Affairs and Du Duan installed the heating air supply device of the present invention, which is the exhaust air from the above-mentioned hot air circulation exhaust system on the downstream side. The heating air-supply device recovered from the upstream hot-air circulation exhaust system is blown out of the drying room and passes in the opposite direction to the warp yarn movement direction. At this time, the hot air due to the air resistance imparting system reduces the cross-sectional area of the hot air and increases the air resistance. Therefore, the hot air passing through the drying chamber is reduced, and at the same time, the pressure in the downstream drying chamber is increased in the direction of warp movement compared to the lambda random resistance imparting portion. Since the two drying chambers are connected in a state of being blocked from outside air, this paper is suitable for blowing out China National Standard (CNWA4 Specification (210 χ 297)) --------___. -6-Member of Intellectual Property Bureau, Ministry of Economic Affairs Printed by the Industrial and Consumer Cooperatives A7 B7 V. Description of the invention (4.) The hot air in a part of the drying room is flowing in the drying room on the downstream side with low pressure, circulating the above-mentioned hot air circulation exhaust system on the downstream side, or again from the exhaust The wind return air duct is recovered from the above-mentioned heating air supply device. Furthermore, since the hot air passing through the drying chamber is reduced, the turbulent state near the warp yarn inlet is reduced, and the hot air flowing from the warp yarn inlet and the outside air are reduced to reduce Heat loss. The exhaust air from the above-mentioned hot air circulation exhaust system on the downstream side is sent to the hot air inlet of the heater of the heating air supply device, and the recovered exhaust air is heated to become hot air and blown out of the drying room. Although the hot air is in a turbulent state, the air resistance imparting unit is installed near the hot air return port, which is originally a turbulent state, to minimize the movement of the warp caused by turbulence. Moreover, by setting to adjust the cross-sectional area of the hot air passing through the air resistance imparting part freely, adjusting the air resistance when the hot air passes through the air resistance imparting part, adjusting the amount of hot air passing through the drying room, and adjusting the air resistance thief and the head direction. The pressure of the warp yarn moving in the downstream drying chamber adjusts the amount of hot air flowing in the downstream drying chamber. [Brief description of the drawings] FIG. 1 is a cross-sectional view of a hot air drying device of a warp pasting machine according to an embodiment of the present invention. Fig. 2 is an enlarged sectional view showing another example of the air resistance imparting portion of the hot-air drying device according to the embodiment of the present invention. Fig. 3 is a sectional view of a hot air drying device of a conventional warp pasting machine. [Implementation form of the invention] This paper is suitable for Jf Zhongguanjia Standard (CNS) A4 specification (21G X 297 public love) '------- c Please read the notes on the back before filling in this page >
• 1 n I n n n ^ I• 1 n I n n n ^ I
-n n ϋ I A7 經濟部智慧財產局員工消费合作社印製 46^703 _________ B7 ******_*"*—* —— ι _ 五、發明說明（5·) 根據圖式來說明有關本發明之實施形式如下，圖—係 表示沿經紗3 (移財向連接兩触職獅職統 lb之實施形式經紗上_之姐紐裝置。在絲風循環 排風系統la、lb，係分別裝設加熱熱風送風之加熱送風= 置2a ' 2b，及多數上糊之經紗3變成板狀通過之乾燥室知 、4b。在此兩乾燥室4a、4b，係在圖中央所示之2點虛線 部份，以外氣遮斷之狀態互相連接。 加熱送風裝置2a、2b，係分別具備蒸氣加熱器6、電 氣加熱器5、鼓風機7、送熱風之風管8。各風管8係分別 裝設於乾燥室4a、4b之下游侧，連接於來自蒸氣加熱器6 及電氣加熱器5熱風之鼓風機7下游側。各風管8之前端 部係作為熱風出風口 13，分別在各乾燥室4a、4b之下游 侧’朝經紗3移動方向之上游側開口。而且，在各乾燥室 4a、4b之上游侧’分別定位加熱送風裝置2a、2b之熱風 回風口 14。 對於經紗3之移動方向係位於上游侧之熱風循環排風 系統la ’藉由排風風扇9排出熱風之排風風管8a的排氣 口 18，係裝設於熱風回風口 14附近。並且在位於下游侧 之熱風循環排風系統lb ’裝設從裝設於熱風回風口 14附 近之排氣口 18，藉由排風風扇9將排風連接於熱風循環排 風系統la之蒸氣加熱器6使循環之排風回風風管8b。此 排風回風風管8b之下游側端部之送氣口 19，係連接於蒸 氣加熱器6之熱風引進口 20。 乾燥室4a、4b係中空之長方體，在乾燥室4a之上游 本紙張尺度適用中國國家標準（CNS) A4規格（210 x 297公釐）-nn ϋ I A7 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 46 ^ 703 _________ B7 ****** _ * " * — * —— ι _ 5. Description of the invention (5 ·) Illustrated according to the drawings The implementation form of the present invention is as follows, the figure shows the implementation form of the warp on the warp yarn along the warp yarn 3 (moving the wealth direction) to connect the two touches of the lion job system lb. In the silk wind circulation exhaust system la, lb, the system The heating air supply of heating hot air supply air = 2a '2b, and most of the pasted warp yarns 3 become plate-shaped through the drying chamber, 4b. Here, the two drying chambers 4a, 4b are shown in 2 in the center of the figure The dotted lines are connected to each other in a state where the outside air is cut off. The heating air supply devices 2a and 2b are provided with a steam heater 6, an electric heater 5, a blower 7, and an air duct 8 for supplying hot air. Each air duct 8 is separately It is installed on the downstream side of the drying chambers 4a and 4b, and is connected to the downstream side of the hot air blower 7 from the steam heater 6 and the electric heater 5. The front end of each air duct 8 is used as a hot air outlet 13 in each drying chamber. The downstream sides 4a and 4b are opened toward the upstream side of the warp 3 moving direction. On the upstream side of each of the drying chambers 4a and 4b, the hot air return openings 14 of the heating air supply devices 2a and 2b are respectively located. The moving direction of the warp yarn 3 is the hot air circulation exhaust system la 'located on the upstream side and exhausted by the exhaust fan 9. The exhaust port 18 of the hot air exhaust duct 8a is installed near the hot air return port 14. And the hot air circulation exhaust system lb 'located on the downstream side is installed from the exhaust installed near the hot air return port 14. At the port 18, the exhaust air is connected to the steam heater 6 of the hot-air circulation exhaust system la by an exhaust fan 9 to make the circulating exhaust air return duct 8b. The downstream end of this exhaust air return duct 8b The air supply port 19 is connected to the hot air inlet 20 of the steam heater 6. The drying chambers 4a and 4b are hollow cuboids, upstream of the drying chamber 4a. The paper size applies the Chinese National Standard (CNS) A4 (210 x 297 cm) %)