201221202 六、發明說明： 【發明所屬之技術領域】 種溶劑回收過滤器，尤指使用於回收廢氣中所含化學物質 粒子之溶劑回收過濾器。 ' 【先前技術】 • 按，電子產品製程中，會使用大量化學藥劑進行處理，此類 化學藥劑在使用後會產生許多微小粒子懸浮於空氣令形成廢氣， 此種廢氣是不可直接排放，必須經過處理將廢氣中的化學物質分 鲁離才可排放，目前最常使用之方式即是利用纖維製成之除霧器來 捕捉廢氣中的化學物質，然而，因為除霧器所能處理之廢氣量與 其表面積有關，所以若只是單獨增加廢氣通過除霧㈣流量會 造成化學物質重新被廢氣所夾帶而通過除霧器，反而造成除霧效 果降低®此若要增加處理的廢氣量就必須增加除霧器之表面 積，但相對的成本也就會提升許多。 是以’要如何解決上述習知技術所產生之問題與缺失，即為 •從事此行業相關業者所亟欲改善之課題所在。 【發明内容】 . 本發明之主要目的乃在於，減少溶赚子前赠材上的時 .間，以增加濾材捕捉溶劑粒子之能力。 為達上述目的’本發明溶劑回收過遽器係設置有導氣裝置以 及過餘置，導氣裝置係設置有機體，機體内為具有過渡室，且 機體上方侧連接有用以將廢氣送人過齡之進氣管，並於機體下 方側連接有用以將廢氣導出過壚室之排氣管，.而過據裝置係同心 201221202 間隔設置有以纖維製成環狀之第—過着與環狀之第^滤材， 並於第-過騎與第二過濾材之上下表面分別設置有第一基板與 第二基板，而第-基板為靠近於魏管侧，第二基㈣靠近排氣 .讀，俾使廢氣義之方向無力影響料_，賤第-雜 .材與第二過赫所捕捉之溶齡子，即會糾廢氣流動之影響而 加速向下掉落，減少溶赚子殘留於第材與第二職材上 的時間。 【實施方式】 # 請參閱第―圖至第四圖所示，由圖中可清楚看出，本發明之 溶劑回收猶器係設置有導_置丨以及過濾裝置2，其中： 該導氣裝置1係設置有機體11，機體u内為具有過滤室ιη， 且機體11上方側連接有進氣管12，並於機體u下方側連接有排 氣管13，而過渡室in内於進氣管12與排氣管13之間橫向間隔 有隔板112。 ^ 該過滤裝置2係同心間隔設置有以纖維製成環狀之第-過濾 材21與環狀之第二過濾材22，使第一過濾材21内形成第一通道 • 21卜而第一過濾材21與第二過濾材22之間形成第二通道212， .並於第一過濾材21與第二過濾材22之上下表面分別設置有第一 基板23與第二基板24,第一基板23表面設置有複數進氣口 231， 且各進氣口 231為正對於第一通道212，而第二基板24設置有出 氣口 241，且出氣口 241正對於第一通道211，俾使第一通道211 上方受第一基板23所遮蔽’下方連通於第二基板24之出氣口 201221202 241 ’而第二通道212上方連通於第一基板23之進氣口 231，而下 方受第二基板24所遮蔽。 藉上，當過/慮裝置2裝设於導氣裝置1内時，為將過濾、裝置2 . 之第基板23疋位於過滤'至111之隔板112上，並讓進氣口 231 - 露出於隔板112，進而使第一過濾材21、第二過濾材22與第二基 板24位於隔板112下方，也就是靠近排氣管13之側方處。201221202 VI. Description of the Invention: [Technical Field of the Invention] A solvent recovery filter, in particular, a solvent recovery filter for recovering chemical substance particles contained in exhaust gas. '[Previous technology] • Press, in the electronic product process, a large number of chemical agents will be used for treatment. After using these chemicals, many tiny particles will be suspended in the air to form exhaust gas. This kind of exhaust gas cannot be directly discharged. The treatment removes the chemical substances in the exhaust gas before it can be discharged. The most commonly used method is to use a mist eliminator made of fiber to capture the chemical substances in the exhaust gas. However, because of the amount of exhaust gas that can be treated by the defogger It is related to its surface area, so if it is only increased by the degassing (4) flow rate, the chemical substance will be re-entrained by the exhaust gas and pass through the defogger, which will reduce the defogging effect. In order to increase the amount of treated gas, it is necessary to increase the defogging. The surface area of the device, but the relative cost will increase a lot. It is based on how to solve the problems and shortcomings caused by the above-mentioned conventional technologies, that is, the problem that the relevant industry players are eager to improve. SUMMARY OF THE INVENTION The main object of the present invention is to reduce the time on the pre-existing gift material to increase the ability of the filter material to capture solvent particles. In order to achieve the above object, the solvent recovery device of the present invention is provided with a gas guiding device and an excess, the gas guiding device is provided with an organism, the body has a transition chamber, and the upper side of the body is connected to send the exhaust gas to the elderly. The intake pipe is connected to the exhaust pipe of the lower side of the body for exhausting the exhaust gas through the diverting chamber, and the concentric unit 201221202 is provided with a ring made of fibers--passing and ring-shaped a first filter medium, and a first substrate and a second substrate respectively disposed on the upper surface of the first overpass and the second filter material, wherein the first substrate is close to the Wei tube side, and the second base (4) is close to the exhaust gas.俾 俾 废气 废气 废气 义 义 义 义 义 义 义 义 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 废气 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂The time on the material and the second job. [Embodiment] # Please refer to the figures - to 4, as is clear from the figure, the solvent recovery device of the present invention is provided with a guide and a filter device 2, wherein: the gas guide The first embodiment is provided with an organism 11 having a filter chamber ιη in the body u, and an intake pipe 12 is connected to the upper side of the body 11, and an exhaust pipe 13 is connected to the lower side of the body u, and the transition chamber is in the intake pipe 12 A partition 112 is laterally spaced from the exhaust pipe 13. ^ The filter device 2 is arranged at a concentric interval with a first filter material 21 and a second filter material 22 in a ring shape, so that the first filter material 21 forms a first passage 21 and the first filter A second channel 212 is formed between the material 21 and the second filter material 22, and a first substrate 23 and a second substrate 24 are disposed on the lower surface of the first filter material 21 and the second filter material 22, respectively. The surface is provided with a plurality of air inlets 231, and each of the air inlets 231 is opposite to the first channel 212, and the second substrate 24 is provided with an air outlet 241, and the air outlet 241 is opposite to the first channel 211, so that the first channel 211 is shielded by the first substrate 23 and communicates with the air outlet 201221202 241 ′ of the second substrate 24 . The second channel 212 communicates with the air inlet 231 of the first substrate 23 , and the lower portion is shielded by the second substrate 24 . . By the way, when the device 2 is installed in the air guiding device 1, the substrate 23 of the filtering device 2 is placed on the partition 112 of the filter ' to 111, and the air inlet 231 - is exposed. In the partition plate 112, the first filter material 21, the second filter material 22 and the second substrate 24 are located below the partition plate 112, that is, near the side of the exhaust pipe 13.
請參閱第一圖、第五圖及第六圖所示，由圖中可清楚看出， φ 田本發明於使用時’係將廢氣由導氣裝置1之進氣管丨2送入機體 11之過濾室111内，由於過濾室111受隔板112所間隔，因此廢 氣無法穿過隔板112，而因過濾裝置2之進氣口 231露出於隔板 112，所以廢氣會由進氣口 231流入第一過濾材21與第二過濾材 22間所形成之第二通道212内，但因第二通道212下方受第二基 板24所遮蔽，讓廢氣只能穿過第一過遽材21進入第一通道2H 内，以及穿過第二過濾材22進入過濾室内，續由排氣管13 φ 將廢氣導出過濾室11卜 藉上’當廢氣通過第一過渡材21與第二過濾材22時，廢氣 '中所含之溶劑粒子為會由第一過濾材21與第二過濾材22所捕 “捉’並於第-過渡材21與第二過據材22上因聚合力集結成液態 狀’進而因重力往下掉落以利回收，然而，由於廢氣的流向為由 第-基板23朝向第二基板24流動，因此廢氣流動之方向與重力 影響方向相同，是以賴錢態狀之溶赚子，即會藉由廢氣流 動之影響而加速向下掉落’減少溶劑粒子殘留於第一過濾材21與 201221202 第-過;慮材22上的時間，以使第一過遽材21與第 雛更多物料，她佳喊效果。 請參閱第爛所示，由圖中可清楚看出，該過餘置2為以 .一個以上並排設置於導氣裝置1之隔板112，俾使進氣管12可引 進更多廢氣進行處理。 疋以’本發明為可解決習知技術之不足與缺失，其關鍵技術 在於’本發明為利用廢氣於導氣裝置1内之流動方向與溶劑粒子 鲁之重力方向相同，減少溶劑粒子殘留於第一過滤材Μ與第二過遽 材22上的時間’增加第_過濾材21與第三過濾材22捕捉溶劑粒 子之能力，除了可使增加過濾效率外，更可增加單位時間内通過 第一過濾材21與第二過濾材22之廢氣量。 【圖式簡單說明】 第一圖係為本發明之側視剖面示意圖。 第二圖係為本發明過濾裝置之立體外觀圖。 ^ 第二圖係為本發明過濾裝置又一視角之立體外觀圖。 第四圖係為本發明過濾、裝置之立體分解圖。 • 第五圖係為本發明於進行過濾時之廢氣流動示意圖（一）。 第六圖係為本發明於進行過濾時之廢氣流動示意圖（二）。 第七圖係為本發明較佳實施例之侧視剖面示意圖。 【主要元件符號說明】 1、導氣裝置 11、機體 [si 7 201221202 111、 過濾、室 112、 隔板 12、 進氣管 13、 排氣管 ' 2、過濾裝置 21、 第一過濾材 211、第一通道 ^ 212、第二通道 22、 第二過濾材 23、 第一基板 231、進氣口 24、 第二基板 241、出氣口Referring to the first, fifth and sixth figures, it can be clearly seen from the figure that the φ field in the invention is used to send the exhaust gas from the intake pipe 2 of the air guiding device 1 to the body 11 In the filter chamber 111, since the filter chamber 111 is partitioned by the partition 112, the exhaust gas cannot pass through the partition 112, and since the intake port 231 of the filter device 2 is exposed to the partition 112, the exhaust gas is passed through the intake port 231. Flowing into the second passage 212 formed between the first filter material 21 and the second filter material 22, but because the second passage 212 is shielded by the second substrate 24, the exhaust gas can only enter through the first passing material 21. In the first passage 2H, and through the second filter 22 into the filter chamber, the exhaust gas is led out of the filter chamber 11 by the exhaust pipe 13 φ. When the exhaust gas passes through the first transition material 21 and the second filter material 22 The solvent particles contained in the exhaust gas 'catch" are captured by the first filter material 21 and the second filter material 22, and are aggregated on the first transition material 21 and the second over-material 22 by the polymerization force. 'Then, it is dropped by gravity to facilitate recovery. However, since the flow direction of the exhaust gas is directed from the first substrate 23 The substrate 24 flows, so the direction of the flow of the exhaust gas is the same as the direction of the influence of the gravity, and the solvent is in the form of a solvent, which is accelerated by the influence of the flow of the exhaust gas, and reduces the residual of the solvent particles in the first filter material. 21 and 201221202 first-over; consider the time on the material 22, so that the first over-coffin 21 and the first chick more material, she screams the effect. Please refer to the figure shown, as can be clearly seen from the figure, The excess 2 is more than one or more of the partitions 112 disposed side by side in the air guiding device 1 so that the intake pipe 12 can introduce more exhaust gas for processing. 本 The invention can solve the shortcomings and defects of the prior art. The key technology is that the present invention uses the exhaust gas in the gas guiding device 1 to flow in the same direction as the solvent particle Lu, and reduces the time during which the solvent particles remain on the first filter material and the second material 22. Increasing the ability of the first filter material 21 and the third filter material 22 to capture solvent particles, in addition to increasing the filtration efficiency, can increase the amount of exhaust gas passing through the first filter material 21 and the second filter material 22 per unit time. Simple description] first The figure is a side view of the present invention. The second figure is a perspective view of the filter device of the present invention. The second figure is a perspective view of the filter device of the present invention. The three-dimensional exploded view of the filter and the device. The fifth figure is the schematic diagram of the exhaust gas flow during the filtration of the present invention (1). The sixth figure is the schematic diagram of the exhaust gas flow during the filtration of the present invention (2). A schematic cross-sectional view of a preferred embodiment of the present invention. [Description of main components] 1. Air guiding device 11, body [si 7 201221202 111, filtration, chamber 112, partition 12, intake pipe 13, exhaust Tube '2, filter device 21, first filter material 211, first channel ^ 212, second channel 22, second filter material 23, first substrate 231, air inlet 24, second substrate 241, air outlet