201226828 六、發明說明： 【發明所屬之技術領域】 、本發明係指-種可利用高熱氣體將水轉換成汽化狀態之汽化方 法0 【先前技術】 一按’現今各社多皆係m業為取向，故在工勒Ml的地區常產 ^廢熱，且該等廢熱若排放至空氣+，會造絲島效應，進而助長 /皿至效應’轉地球不正常之氣候變遷，對地球環境產生可預見之衝 擊·極地冰原融化’海平面上升，淹沒較健之沿海陸地，衝擊低地 國及多數國家沿海精華區。全球氣候變遷，導致不正常暴雨及乾旱現 象’衝擊水土資源環境衛生及人類生命等。沙漠化現象擴大，生態體 系改殳，衝擊農林漁牧之經濟活動及全球生存環境等。 同時，於現今社會中’每個人皆會用到電，而今年累月下來電力 ^耗是非常大的’故人财會糊τ列方法以產生電力，以供人類 ^用’·其中’電力的發電方法不外乎有下顺種，水力發電、火力發 t核能發電、風力發電、太陽能發電、地祕電、洋流發電、潮^ '等# X電力發電方法中大多皆以天然的動力以驅動發電機 產生電力，並收集以提供人類利用。 而本創作人在思考目前社會及環境現象後，即創作出本創作汽化 =法’而可透過賴作汽化方法將高賴職成動力 力’達到回收廢熱再_之目的。 ^ 【發明内容】 使可利用高熱氣體將水轉 本發明主要目的在提供一種汽化方法 換成汽化型態。 本發明汽化方法，其係包含有下列步驟： 201226828 理 -熱空氣_步驟：係先透過縮單元將高減體進行壓縮處 一f化4理步m水透過-霧化單元進行霧化。 -汽化處理步驟：係將霧化狀之水容置於—汽化驅動單元内，而 該》飞化驅動單元係與該壓縮單元相連接，使該高熱氣體可導入至該汽 ===，_’義谢咖高細之熱能，以轉化 驅動=內可=該壓縮單元壓縮引入該高熱氣體，並導入至該汽化 狀之水則# 3 ’透過_化單元將水轉化麟化之魏，而霧化 【實步吸㈣熱，並轉換成汽化狀態。 係包=下=第—圖所示’為本發明汽化方法之流程圖；本發明 壓縮:Ξ空Μ:係先透過一壓縮單元10將高熱氣體進行 、·· °Λί^、、'氣體的溫度係至少大於攝氏100度。 一?S2 :係將水透過一霧化單元4°進行霧化;以及， :=:=◦内’心二二= ：£ί ： 凊同時參閱第二及第三圖张— 之結構示意圖及本發明霧化單=77別為本發明〉飞化方法實施系統 時，係心⑽汽- 4 201226828 一壓縮單701(3，係具有-壓縮本體η、-馬達12及-肩葉13， 該壓縮本體11大體為一管狀體，且其於相對侧係分別界定有一引入口 111及-導出口 112 ’而該壓縮本體U係由該引入口 m綱導出口 112漸縮’畴’該壓縮本體u内係設有該馬達12及該扇葉13，而 该馬達12係與該扇葉13相組接，並可驅動該扇葉13旋轉。 一逆止閥20，係與該壓縮單元1〇之導出口 112相連接，且該逆 止閥20係具有多數個導引單元21，而每一導引單元21係具有 一入口 211及$ 口 212 ’且5亥導弓丨單元21 4系由該入口 211橫向朝外漸擴形 •成-導流腔體213，並進一步向該出口 212漸縮，同時，該導流腔體 213中央係设有-區隔肋214，並將該導流腔體213區分成一導流道 2131及-人流道2132’而兩兩相鄰導引單元21間係分別以該入口 211 及該出口 212相連接，並串接為一體。 一汽化驅動單元3G ’大體為—管狀體，並與該壓縮單it 1〇相連 通，而於本實施例中該壓縮單元1〇及該汽化驅動單元3〇間係透過該 逆止閥20相連接，且該汽化驅動單元3〇係具有一入口 &及一出口 32 ’而該入口 31與該出口 32間係具有一容室犯，同時，該入口 μ ❿，與該逆止闕2〇相連接’且該汽化驅動單元3〇係由該入口 Μ朝該容 室33 弧狀漸擴，並進一步由該容室33中段朝該出口 32漸縮。 -霧化單元40 ’請同時配合參閱第二圖所示，該霧化單於4〇係 設於該汽她動單元3G内，且部分延伸穿出汽儲鮮元3 ’，、 同^亥霧化單元40係包含有一管體41及一分流體犯，而該管體41 端係與該分流體42相連接’另端則延伸至該汽化驅動單元加外， 該刀/;IL體42係容設於該汽化驅動單元30内，且該分流體42表面 ，具有多數個與該管體41相連通之分流道421，而該等分流道4 王弧狀且間隔設置。 而詳細作動方式如下所述，，铜先透馬達12鶴該扇· 5 201226828 13，而使該麟13可旋轉觸，並 如工廠排放之廢熱）钊進 / σ 1將綠氣體(例 11係由該引入口 1U細道山本體η内’同時，因該歷縮本體 縮，並導入至該逆止闕2〇: : 112漸縮，故可將高熱氣體作一壓 並朝該出口犯排出：導ΓΓ高熱氣體係可由該入口211進入， 212前進，使之可_ π 域213係可輔助料錢朝該出口 氣，，該入 2132内而向該出口 212此、隹 ^ 之導引，並回到該入流道 入至該汽化驅動置-進’又’兩熱氣體會由該出口 212排出並進 滴入2之谷室33内’同時’並將水由鮮體41間歇 二===等!流_將水分散霧化· 過該汽化驅動單元30孤狀漸 構件(例如：躺域輪)之以^爆衝力獅可偶驅動機械 將高熱氣體回制用之目的亚轉峰動—發電機，使之可達到 t餅本伽之_及其可達狀功效陳述如下： 導入至^=ΐ，係可透過該壓縮單元_引入該高熱氣體，並 型能二『内’同時’透過該霧化單元將水轉化成霧化之 水則會進—步吸收高熱，並轉換成汽化狀態。 、扁杳本發明铜紐品情有其姉1之進步實祕，同時 外關於此類結構之技術資料，文獻中亦未發現有相同的構造 ί是以’本發明實已具備發明專.件，絲法提出申請。 雍ffl * i/xjl所述者’鶴本發明之—難可行實細而已’故舉凡201226828 VI. Description of the invention: [Technical field to which the invention pertains] The present invention refers to a vaporization method in which a high-heat gas can be used to convert water into a vaporized state. [Prior Art] According to the 'currently, most companies are oriented to m industry Therefore, the waste heat is often produced in the area of Gongle Ml, and if the waste heat is discharged to the air +, the island effect will be generated, which will help the long-term/effect-turning to the earth's abnormal climate change, which will foresee the global environment. The impact of the polar ice melting 'sea level rise, flooding the more coastal land, impacting the lowland countries and the coastal essence of most countries. Global climate change has led to abnormal rainstorms and droughts, such as impacts on water and soil resources, sanitation and human life. The phenomenon of desertification has expanded, the ecological system has changed, and the economic activities of agriculture, forestry, fishery and animal husbandry, and the global living environment have been affected. At the same time, in today's society, 'everyone will use electricity, and this year's electricity consumption is very large. The old people's money will be used to generate electricity for humans to use '· among them' electricity. The power generation method is nothing more than the next kind, hydropower, thermal power t nuclear power generation, wind power generation, solar power generation, geostationary electricity, ocean current power generation, tide ^ 'etc. X X power generation methods are mostly driven by natural power. The generator generates electricity and collects it for human use. After thinking about the current social and environmental phenomena, the creator created the creation of the vaporization method and the ability to revitalize the waste heat through the method of vaporization. ^ SUMMARY OF THE INVENTION The use of high heat gases to convert water is the primary object of the present invention to provide a vaporization process for vaporization. The vaporization method of the present invention comprises the following steps: 201226828 - Hot air _ step: firstly compressing the high-reduced body through the shrinking unit, and atomizing the water through the atomizing unit. - a vaporization treatment step: placing the atomized water in the vaporization drive unit, and the "flying drive unit" is connected to the compression unit, so that the high heat gas can be introduced into the steam ===, _ 'Yi Xie coffee high heat, with conversion drive = inner = the compression unit compresses the introduction of the high hot gas, and introduces into the vaporized water then # 3 'transforms the water into the lining of the coal, and Atomization [real step suction (four) heat, and converted into vaporization state. The invention is a flow chart of the vaporization method of the present invention; the compression of the present invention: the hollowing out: the high-heat gas is first transmitted through a compression unit 10, ···°Λί^,, The temperature is at least greater than 100 degrees Celsius. One? S2: atomizes water through an atomization unit 4°; and, :=:=◦'s heart 2: :£ί : 凊 see also the second and third sheets - The atomization single=77 of the present invention is the invention>the flying method implementation system, the core (10) steam - 4 201226828 a compression single 701 (3, has - compression body η, - motor 12 and - shoulder blade 13, the The compression body 11 is substantially a tubular body, and defines an introduction port 111 and an outlet port 112 ′ on opposite sides, and the compression body U is tapered from the introduction port m to the outlet port 112. The motor 12 and the blade 13 are disposed in the system, and the motor 12 is coupled to the blade 13 and can drive the blade 13 to rotate. A check valve 20 is coupled to the compression unit 1 The outlet port 112 is connected, and the check valve 20 has a plurality of guiding units 21, and each guiding unit 21 has an inlet 211 and a port 212' and the The inlet 211 is laterally outwardly flared and formed into a guiding cavity 213, and further tapered toward the outlet 212, and at the same time, the guiding cavity 213 is centrally provided. The partitioning rib 214 is divided into a guiding channel 2131 and a human flow channel 2132', and the two adjacent guiding units 21 are respectively connected by the inlet 211 and the outlet 212. The first vaporization drive unit 3G is generally a tubular body and is in communication with the compression unit, and in the present embodiment, the compression unit 1〇 and the vaporization drive unit 3 are transmitted through each other. The check valve 20 is connected, and the vaporization drive unit 3 has an inlet & and an outlet 32', and the inlet 31 and the outlet 32 have a chamber, and the inlet is ❿, The vaporization drive unit 3 is gradually expanded from the inlet port toward the chamber 33 and further tapered from the middle portion of the chamber 33 toward the outlet 32. - An atomization unit 40 'Please also refer to the second figure, the atomization unit is located in the steam-moving unit 3G, and partially extends out of the steam storage fresh unit 3 ', and the same There is a tube body 41 and a fluid separation, and the end of the tube body 41 is connected to the fluid separation unit 42 To the vaporization driving unit, the knife/;IL body 42 is received in the vaporization driving unit 30, and the surface of the partial fluid 42 has a plurality of branching channels 421 communicating with the tube body 41. The bisector runners 4 are arc-shaped and spaced apart. The detailed actuation method is as follows. The copper first passes through the motor 12 and the fan is 5 201226828 13, so that the lining 13 can be rotated and the waste heat is discharged from the factory. Into / σ 1 green gas (Example 11 is from the inlet 1U in the thin road main body η) at the same time, because the shrinking body shrinks, and is introduced into the reverse stop 〇 2〇: : 112 is tapered, so high heat can be The gas is pressurized and discharged toward the outlet: the high heat system can be accessed by the inlet 211, and 212 is advanced so that the _ π domain 213 can assist the money toward the outlet gas, and the inlet 2132 The outlet 212 is guided by the 隹^, and returns to the inlet passage to the vaporization drive. The two hot gases are discharged from the outlet 212 and dripped into the valley chamber 33 of the 2 'while' and the water From the fresh body 41 intermittent two === etc! Flow _ dispersing the water atomized over the vaporization drive unit 30 For example: the lie field wheel) to the blasting lion can even drive the mechanical high-heat gas for the purpose of the sub-peak to the generator - so that it can reach the t-cake gamma and its reachability is stated as follows : Introduced to ^=ΐ, the high-heat gas can be introduced through the compression unit _, and the type energy can be absorbed into the atomized water through the atomization unit to absorb the high heat, and Converted to a vaporized state. The invention has the advantages and advantages of the copper and copper products of the present invention. At the same time, the technical information about such structures is not found in the literature, and the same structure is not found in the literature. , silk law to apply.雍ffl * i/xjl said that 'the crane is invented - difficult to be practical and fine
Lit明綱#及帽專職騎為之較結構變化，理應包含在 本發明之專利範圍内。 201226828 【圖式簡單說明】 第一圖係本發明汽化方法之流程圖。 第二圖係本發明汽化方法實施系統之結構示意圖。 第三圖係本發明霧化單元之立體圖。 【主要元件符號說明】The structural changes of Lit Minggang # and Cap full-time riding are included in the scope of the patent of the present invention. 201226828 [Simplified description of the drawings] The first figure is a flow chart of the vaporization method of the present invention. The second drawing is a schematic structural view of the vaporization method implementation system of the present invention. The third figure is a perspective view of the atomization unit of the present invention. [Main component symbol description]
S1 熱空氣壓縮步驟 S2 霧化處理步驟 S3 汽化處理步驟 10 壓縮單元 11 壓縮本體 111 引入口 112 導出口 12 馬達 13 扇葉 20 逆止閥 21 導引單元 211 入口 212 出口 213 導流腔體 2131 導流道 2132 入流道 214 區隔肋 30 汽化驅動單元 31 入口 32 出口 33 容室 40 霧化單元 41 管體 42 分流體 421 分流道S1 hot air compression step S2 atomization treatment step S3 vaporization treatment step 10 compression unit 11 compression body 111 introduction port 112 outlet port 12 motor 13 blade 20 check valve 21 guide unit 211 inlet 212 outlet 213 guide cavity 2131 Flow path 2132 Inflow channel 214 Segment rib 30 Vaporization drive unit 31 Inlet 32 Outlet 33 Chamber 40 Atomization unit 41 Tube body 42 Fluid 421 Shunt channel