TWM337419U - Separate-type air-compressing dewatering apparatus - Google Patents

Separate-type air-compressing dewatering apparatus Download PDF

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Publication number
TWM337419U
TWM337419U TW97200162U TW97200162U TWM337419U TW M337419 U TWM337419 U TW M337419U TW 97200162 U TW97200162 U TW 97200162U TW 97200162 U TW97200162 U TW 97200162U TW M337419 U TWM337419 U TW M337419U
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TW
Taiwan
Prior art keywords
baffle
cyclone
compressed air
type water
removal device
Prior art date
Application number
TW97200162U
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Chinese (zh)
Inventor
hong-yu Zhang
Original Assignee
hong-yu Zhang
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by hong-yu Zhang filed Critical hong-yu Zhang
Priority to TW97200162U priority Critical patent/TWM337419U/en
Publication of TWM337419U publication Critical patent/TWM337419U/en

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Description

M337419 八、新型說明: 【新型所屬之技術領域】 本創作係有_-麵縮錢系統之除水裝置,尤指一齡 t裝置商旋方式導流壓縮空氣,產生離心力,具有分離水份並 此延長壓在除水裝朗之流動時間及有效增加接觸熱交換 面積,使除水效能更佳者。 【先前技術】 利用1 縮空氣作為動力之來源’已普遍應用於自動化機哭設 備I,然而空f在壓縮時會伴隨著水份之析出,且壓、縮空氣中往 :有比在大氣壓力下更多的水份,而這些水份若無去除,會造 財多不良的影響’直接、間接的使產品品質、生產力下降,使 =具設賴H料鱗。_水份與油份接職會形成乳化物, 、二雜:破壞油品潤滑、散熱的效果,直接影響機械動作, =、件損壞,且水份會協助氧氣加速氧化,雜機件,而且水 =導:銹敍及機具作動不確實之主要原因,因·縮空氣系統 諸nr"作是料重要之課題。—般魏空氣之除水設備, ittrr機、吸附式乾燥除水裝置·.·等等,然而料乾燥機、 日士,’乙各除水I置...等設備費用高昂’而且保養費用高且費 Y更何況機具保養_將會使齡停擺,徒增生產成本,因此 Y延長_空綱嫩彳_條,_細 t數2而降低生產成本,那也就是在_空氣進入乾燥設備 水份去除,以及歷駿㈣之部分水蒸汽凝結, M337419 43 244且缺口 243,244數量視效率不同有所增減,該第一旋 風,流板24將本體1G區隔為上下兩塊區域,上方為冷卻旋風分 離室12,下方則為旋風導流分離室13,該旋風導流分離室13之 ,部為集水區15,該第—旋風導流板24之±方有—似上之散熱 導板25,並間隔為數個空間,該散熱導板25之—側設有一垂直之 擋板25卜該播板251前方設一缺口 252,缺口 252之數量得視效 率不同有所增減;於第-旋風導流板24下方設—隔料%,該隔 離軍26包覆著輸氣孔231,鄰隔離罩26之底部設一第二旋風導流 板27’趣離罩26及第二旋風導流板2?之間形成旋風分離室μ, 該第二旋風導流板27之兩側設有朝下延伸之擔板271、272,該播 板27卜272前方設有缺口 273、⑽,且該缺口 2職數量視^ =不同有所增減,以及該第二旋風導流板27之下方設—底部擒板M337419 VIII. New Description: 【New Technical Fields】 This creation system has a water removal device for the _-face shrinkage system, especially for the first-age t device, which is a commercial method of swirling air to generate centrifugal force, which has separated water and This extension pressure is in the flow time of the water removal device and effectively increases the contact heat exchange area, so that the water removal efficiency is better. [Prior Art] Using 1 air as the source of power 'has been widely used in the automatic machine crying equipment I, however, the air f is accompanied by the precipitation of water during compression, and the pressure is reduced to the air: there is more than atmospheric pressure If there is more water, and if the water is not removed, it will have more adverse effects on the wealth. 'Directly and indirectly reduce the quality and productivity of the product, so that it has the scale of H. _ Moisture and oil will form an emulsion, and two impurities: destroy the lubrication and heat dissipation effect of the oil, directly affect the mechanical action, =, the piece is damaged, and the water will assist the oxygen to accelerate oxidation, miscellaneous parts, and Water = guide: rust and the main reason for the inaccurate operation of the machine, because the air system nr" is an important issue. - Wei Wei air dewatering equipment, ittrr machine, adsorption drying water removal device ·.., etc., but the material dryer, Japanese, 'B water removal I set ... and other equipment expensive ~ and maintenance costs High and expensive Y, not to mention machine maintenance _ will make the age stop, increase production costs, so Y extension _ empty class 彳 _, _ fine t number 2 and reduce production costs, that is, in _ air into the drying equipment Moisture removal, as well as some water vapor condensation in the Jun (4), M337419 43 244 and the number of gaps 243, 244 increase or decrease depending on the efficiency. The first cyclone, the flow plate 24 divides the body 1G into two upper and lower areas, the upper part is Cooling cyclone separation chamber 12, below is cyclone diversion separation chamber 13, the cyclone diversion separation chamber 13 is a catchment area 15, and the first cyclone baffle 24 has a similar heat conduction guide The plate 25 is spaced apart by a plurality of spaces. The side of the heat dissipation guide 25 is provided with a vertical baffle 25. A notch 252 is disposed in front of the broadcast plate 251. The number of the notches 252 is increased or decreased depending on the efficiency. - Below the cyclone baffle 24 - spacer %, the isolation army 26 covers the loss The vent 231, the bottom of the adjacent spacer 26 is provided with a second cyclone baffle 27' to form a cyclonic separation chamber μ between the cover 26 and the second cyclone baffle 2, and the second cyclone baffle 27 The side is provided with a slab 271, 272 extending downward, and a gap 273, (10) is arranged in front of the slab 27, and the number of the gap 2 is increased or decreased according to the difference, and the second whirl deflector Below the 27 - bottom seesaw

Li〇 9 ^下蓋30,係為封閉本體1〇之底部,該下蓋3〇設一排水闕, 该排水閥31延伸入集水區15内。 印茶、二、三圖所示,本創作之該第一旋風導流板料 方所设-個以上之散熱導板25,其每層散熱導板25之擒板251 及缺口 252並非是在同一對稱之位置,而是有交錯之排列,第二 ^之擒板251娜購—躲σ咖撕,叫目的是 為了讓壓雜較到謂魏251之卩稍雜後朴畴針方向) 域一圈後再由本層之缺口 252往下流至下一層之散熱導板25, 如此一來壓啦會錢财歧轉,纽齡離心力將壓縮 M337419 氣在接觸本體10及散熱導板25 25產生熱交換,使壓縮空氣内部 空氣内部之水份甩出,且壓縮空 時,將會與本體1〇及散熱導板 所k水魏赌成擔,並滴流絲敎脉區15中集結。 。月多閱第—圖所不’在冷卻旋風分離冑内逐漸往下旋轉之 [肩工氣I由第-旋風導流板24兩側之缺口⑽、辦往下流至The lower cover 30 is a bottom portion of the closed body, and the lower cover 3 is provided with a drain port, and the drain valve 31 extends into the water collecting area 15. As shown in the printed tea, two or three figures, the first whirlwind deflector of the present invention is provided with more than one heat-dissipating guide 25, and the slab 251 and the notch 252 of each layer of the heat-dissipating guide 25 are not in The position of the same symmetry, but there is a staggered arrangement, the second ^ 擒 plate 251 Na purchase - hide σ coffee tear, called the purpose is to make the pressure more than the Wei 251 卩 卩 卩 朴 朴 朴 朴 朴 domain domain) After one turn, the gap 252 of the layer flows down to the heat-dissipating guide 25 of the next layer, so that the pressure will be dissipated, and the centrifugal force of the New Age will compress the M337419 gas to generate heat in the contact body 10 and the heat-dissipating plate 25 25 . The exchange makes the water inside the compressed air inside the air, and when the air is compressed, it will be smashed with the body 1〇 and the heat-dissipating guide plate, and will be collected in the drip wire region 15. . Read more in the month - the map does not rotate in the cooling cyclone separation [ [Shoulder gas I from the gap on both sides of the first cyclone baffle 24 (10), go down to

旋風導流分離室13,順著隔離罩26之外緣而往本體1〇方向麵 並與本體10進仃熱交換接觸,再經由底部驗28之引導經由第 二旋風導流板27兩側之缺口 273、m進入隔離罩%内部,部分 之壓縮空氣則流入旋風分離室14之底部再展轉往上流動,隔離罩 26内之壓縮空氣亦呈渦旋狀之流動方式與隔離罩沈、導氣管烈 充分熱交換接觸,由輸氣孔231導流至排氣口 22進入线管路内。 請參閱第三騎示,空氣之溫度隨麵力之增而增高,因此 高溫之魏空氣進人本體1G内部時,藉助於散解板25產生產 生迴旋氣流,並與散熱導板烈、導氣管烈及本體1〇接觸而產生 第一次熱錢;進人旋風導流分離室13時與隔_ %之外緣、 本體1〇及底雜板28接_產生第二次之熱錢;進入隔離罩 26内部時與隔離罩26内緣及導氣管23接觸產生第三次之敎交 換;塵縮空氣利用渦璇方式延長在本體1〇内部停留之時間,有相 當充分之時間與本體1G、導氣管23、散熱導板25、隔離罩%及 底部擒板28等金屬元件接觸而產生熱交換,再藉由本體ϊ〇與外 界產生熱交換’且本體10外側設有槽溝η,得以加逮散熱效果, 使壓縮空氣溫度降低,並得以歷縮空氣内之水蒸氣凝結;來, M337419 【主要元件符號說明】 10本體 11槽溝 13旋風導流分離室14旋風分離室 20上蓋 23導氣管 24卜242擋板 251擋板 21進氣口 231輸氣孔 243、244 缺口 252 缺口 27第二旋風導流板 271、272擋板 28底部擋板 30下蓋 12冷卻旋風分離室 15集水區 22排氣口 24第一旋風導流板 25散熱導板 26隔離罩 273、274 缺口 31排水閥 11The cyclone flow separation chamber 13 is disposed along the outer edge of the partition cover 26 toward the body 1 并 and is in heat exchange contact with the body 10, and then guided through the bottom portion 28 via both sides of the second cyclone baffle 27 The notch 273, m enters the inside of the isolation cover%, and part of the compressed air flows into the bottom of the cyclone separation chamber 14 and then flows upward, and the compressed air in the isolation cover 26 also flows in a spiral shape and the isolation cover sinks and guides. The trachea is fully heat exchanged and is diverted from the air vent 231 to the exhaust port 22 into the line. Please refer to the third riding indication, the temperature of the air increases with the increase of the surface force. Therefore, when the high-temperature Wei air enters the inside of the body 1G, the swirling airflow is generated by the dispersing plate 25, and the heat guiding plate and the air guiding tube are generated. The first hot money is generated by contact with the body 1〇; when entering the cyclone separation chamber 13, it is connected with the outer edge of the partition _%, the body 1〇 and the bottom board 28 to generate the second hot money; enter the isolation cover 26 internal contact with the inner edge of the isolation cover 26 and the air guide tube 23 to produce a third exchange; the dust-shrinking air is extended by the vortexing method in the interior of the body 1〇, and has a sufficient time with the body 1G, the air tube 23, the heat dissipation guide 25, the spacer cover % and the bottom rafter 28 and other metal components contact heat exchange, and then the body ϊ〇 and the outside heat exchange ' and the outside of the body 10 is provided with a groove η, can be caught The effect is to lower the temperature of the compressed air and to condense the water vapor in the air; M337419 [Main component symbol description] 10 body 11 groove 13 cyclone flow separation chamber 14 cyclone separation chamber 20 upper cover 23 air guide tube 24 242 baffle 251 block Plate 21 air inlet 231 air holes 243, 244 notch 252 notch 27 second cyclone baffle 271, 272 baffle 28 bottom baffle 30 lower cover 12 cooling cyclone separation chamber 15 catchment area 22 exhaust port 24 first Cyclone deflector 25 heat dissipation guide 26 isolation cover 273, 274 notch 31 drain valve 11

Claims (1)

主要包含有一本體、一上蓋及 M337419 九、申請專利範圍: 1· 一種壓縮空氣分離式除水裝置 一下蓋所組成,其中: 本體係壬I心之金屬殼體,該本體之侧面設有槽溝; 上蓋,其-侧設有一進氣口,該上蓋底部中心位置設一轉 f則面之排氣口,該上蓋底部中心位置之排氣口處設-導氣 官’該導氣管之底端是封閉狀,於該導氣管適當位置設”輸氣 孔料氣官之輸氣孔上方設一第一旋風導流板,該第一旋風 導流板將本體區隔為冷卻旋風分離室及旋風導流分離室,該旋 風導流分離室之底部為集水區,該第一旋風導流板之上方有一 個以上之散熱導板,並間隔為數個空間;於第一旋風導流板下 方設-隔離罩,隔離罩之底部設一第二旋風導流板,該隔離罩 及第-旋風導流板之間形成旋風分離室;以及該第二旋風導流 板之下方設一底部擋板; 下蓋,係為封閉本體之底部,該下蓋設一排水閥,該排水 閥延伸入集水區内。 2·如申睛專利範圍第丨項所述之壓縮空氣分離式除水裝置,其中第 一旋風導流板之兩側設有朝下延伸之擋板,該擋板前方設有缺口 者0 3·如申請專利範圍第1項所述之壓縮空氣分離式除水裝置,其中散 熱導板之一侧設有一垂直之擋板,該擋板前方設有缺口者。 4.如申請專利範圍第1項所述之壓縮空氣分離式除水裝置,其中第 12 M337419 缺D 二旋風導流板之兩側設有朝下延伸之擋板,該擋板前方設有 者0 置’其中第 不同有所增 5·如申請專利範圍第2項所述之壓縮空氣分離式除水裝 一旋風導流板之擋板前方所設之缺口數量得視效率 減者。It mainly includes a body, an upper cover and M337419. IX. Patent application scope: 1. A compressed air separation type water removal device is provided, wherein: the system is a metal shell of the heart, and the side of the body is provided with a groove. The upper cover is provided with an air inlet on the side thereof, and a central portion of the bottom of the upper cover is provided with an exhaust port on the side of the turn f, and the exhaust port at the bottom center of the upper cover is provided at the bottom of the exhaust port of the upper cover. It is closed, and a first cyclone baffle is arranged above the gas transmission hole of the gas pipe at the appropriate position of the gas pipe. The first cyclone baffle separates the body into a cooling cyclone chamber and a cyclone. a diversion separation chamber, the bottom of the cyclone flow separation chamber is a water collection area, and the first cyclone deflector has more than one heat dissipation guide plate spaced apart by a plurality of spaces; and is disposed below the first cyclone deflector a partition cover, a second cyclone baffle is disposed at the bottom of the baffle, a cyclone separation chamber is formed between the gland and the first cyclone baffle; and a bottom baffle is disposed below the second cyclone baffle; Lower cover, closed body At the bottom, the lower cover is provided with a drain valve, and the drain valve extends into the water collecting area. 2. The compressed air separating type water removing device according to the scope of the patent application scope, wherein the first cyclone deflector The side is provided with a downwardly extending baffle, and the baffle is provided with a gap in front of the baffle. The compressed air separation type water removal device according to claim 1, wherein one side of the heat dissipation guide is provided with a vertical a baffle, which is provided with a gap in front of the baffle. 4. The compressed air separation type water removal device according to claim 1, wherein the 12th M337419 lack of D cyclone baffle is provided with two sides facing downward The baffle is extended, and the front of the baffle is set to 0. The first difference is increased. 5. The front side of the baffle of the cyclone baffle is provided in the compressed air separation type water removal device described in claim 2 The number of gaps is determined by the efficiency. 6·如申請專利範圍第3項所述之壓縮空氣分離式除水装置,其 熱導板之擋板所設之缺口數量得視效率不同有所增減者。政 7·如申請專利範圍第4項所述之壓縮空氣分離式除水裝置,其中# 所 二旋風導流板兩侧之擔板前方所設缺吨量得視效率中弟 增減者。· ^有 136. The compressed air separation type water removal device according to item 3 of the patent application, the number of the gaps of the baffle plate of the heat guide plate may be increased or decreased depending on the efficiency. Zheng 7. The compressed air separation type water removal device according to item 4 of the patent application scope, wherein the amount of the lack of tons in front of the support plates on both sides of the second cyclone deflector depends on the efficiency increase or decrease. · ^ There are 13
TW97200162U 2008-01-04 2008-01-04 Separate-type air-compressing dewatering apparatus TWM337419U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI825529B (en) * 2021-03-11 2023-12-11 日商日本空氣乾燥器銷售股份有限公司 Condensation device for compressed air

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI825529B (en) * 2021-03-11 2023-12-11 日商日本空氣乾燥器銷售股份有限公司 Condensation device for compressed air

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