M394180 五、新型說明： 【新型所屬之技術領域】 本創作為-種蒸發機，_是關於-種可提供蒸汽，其内並具有 多級超導元件設置之一種多級閃化蒸發機。 【先前技術】 目前—般如健身1、三溫暖、旅館飯店等需要_蒸氣之場合， 均是藉由蒸汽裝置取得蒸氣4前-般傳統取得蒸氣之方式如娜， / 其細加狀方式，錢水後取得錢氣，—般_以_法預_ • 生產1 °頓之蒸儲水反推算之則需要1. 25叙水蒸氣，相當於職此 之電能’雜水蒸舰水蒸氣於理論上，應釋放於前述相同之能量損 失使蒸餾法成為零耗能之技術，但由於熱傳導與所發生之熱輻射的熱 能損失，使加熱所投人之能量大於液態水所產生之蒸發能量此為蒸 齡耗能《之所在；故，其加財式仍有諸多可改進處如其加熱 • 速度緩慢，能量的消耗費用相當高昂；在綠㈣球意識的抬頭、政府 大力提倡減碳節能的今日，如何達到高加熱效率及低耗能之加熱方 式’為現今需要克服之課題。 由此可見，上述習用方式仍有諸多缺失，實非良善之設計，而亟 待加以改良，故，本案發明人鑑於上述習用方式所衍生的各項缺點， 乃亟思加以改良創新，並經多年苦心孤詣潛心研究後，終於成功研發 完成本件之多級閃化蒸發機，以克服習知之缺失。 3 備4180 【新型内容】 - 本創作之主要目的’係在提供一種多級閃化蒸發機，其係具有多 級之超導棒組及超導管組，藉由此錄之設計可瞬_織體蒸發成 水蒸氣，達到快速蒸餾及省電節能之目的。 為達上述之目的’本創作為一種多級閃化蒸發機，包括一殼體，内 部没有容置空間，周邊適當處設有人水口及蒸汽出σ;至少—喷麗裝 置’設置於容置空_ ’連接人水σ，可將人水喷發成水滴發散丨至 少-超導棒組設置於容置空間内喷灑裝置下方，超導棒組由複數個超籲 導棒組成並可產生高熱，其係呈交錯狀排列，水滴發散接觸超導棒組 係會瞬間蒸散成水蒸氣n超導板組設置於容置空㈣之超導棒… 組下方，由至少二超導板所組成，超導板組可產生高熱並可接收水滴，. 超導板組具有”供流體通過；本創狀超導棒及超導板係為陶 瓷結構，並具有導線可與外部電源電性連接進行加熱；未蒸散之水滴 部份會落入並通過間隙，進入設置於殼體底部之一出水口排出，本創 作更包括-溫度感測元件及-壓力感紙件，用以感測容置空間内之 _ 溫度及壓力。 底下藉由具體實施例配合所附的圖式詳加說明，當更容易瞭解本 創作之目的、技術内容、特點及其所達成之功效。 【實施方式】 第-圖為本創作之外觀示_，也請同時參閱第二圖第二圖為 本創作之透視不意圖，如圖所示，本創作之多級閃化蒸發機⑴，包括 4 M394180 -殼體12，殼體12内部設有—容置空間14，殻體12周邊適當處設有 -第-入水口 16、-第二人水σ 17及—蒸汽出〇 18 ;第—入水口 Μ 連接-第-倾裝置2G’第-噴難置2{)設置於容置空間14内並連 接第-入水口 16，可將人水喷發成水滴發散；—第―超導棒組η，設 置於容置空間14内之第-噴灌裝置2〇下方，其係由複數個超導棒您 組成並可產生高熱’可接收水滴發散，超導棒m為陶究結構並呈現 交錯狀排列’其具有導線可與外部電源電性連接進行加熱；_第二喷 讓裝置21設置於第—超導棒組22下方，並連接第二人水口 η，一第 二超導棒組23 ’設置於第二賴裝置21下方，由複數個超導棒222組 成並可產生高熱，於殼體12上適當處設置有—壓力錶24、—麟闊 26、-溫度感測元件28及一壓力感測元件3〇，溫度感測元件28及壓 力感測7L件3G可感測容置空間14内之溫度及壓力並輸出至顯示裝置 (圖中未示）顯示之；-超導板組32設置於容置空間14内之第二超 導棒組23下方’超導板，组32聽由至少二超導板Μ2所組成，超導 板組32可產生高熱並可接收水滴發散，超導板組32具有一間隙似 可供流體通過。殼體12適當處設有—維修門μ，可開啟_合於殼體 12上，可便於殼體12内部容置空間14之維修。 第二圖為本創作之使用狀態剖視示意圖，如圖所示，多級閃化蒸 發機10水源可由第一入水口 16進入容置空間14内，並由第一噴灑裝 置20喷誠發散水·，祕重力侧該等發散水齡落人並接觸第 -超導棒組22，第-超導棒組22内之超導棒M2係為陶究結構並呈現 多級交錯排列，超導棒222通電後可產生高熱，當水滴接觸超導棒您 5 M394180 後係會瞬崎触水絲，麟締.18糾，部分未·之水滴 會通過超導棒組22，並落入位於超導棒組a下方之第二超導棒組^， 第一观裝置20與第二喷難置21係相互作動嘴散水滴，當第一喷 灑裝置20噴散時，第二·裝置21係不作動，間格一段時間（通常 為三秒）’交換之由第二噴灑裝置21作動第_嘴灑裝置2〇不作動，水 滴通過第-超導棒組22及第二超導棒組Μ後多數會因高熱而蒸散， 部分未蒸散會落人超導板組％上並蒸散，超導板組Μ之超導板您 係為陶膀構，並具有導線可與外部電源紐連接，大多數之水滴落 入高熱之超導板組32上會瞬間蒸發成水蒸氣，並由蒸氣出口 18排出， 少部分未蒸發之水滴會冷凝落入並通過間隙324，進入設置於殼體U 底。ί5之出水口 36排出，出水口 36係連接一流量控制閥38，流量控 制閥38可控制出水水量別、，於殼體12適當處設有—加屢馬達4〇， 加壓馬達4G主制以調節容置空間14内之壓力，避免壓力不足。 弟四圖為本創作之立體外觀圖，如圖所示，由外觀觀之，殼體12 連接有第-入水口 16、第二入水口 17、蒸氣出口 18、第一噴麗裝置 20、第二喷灑裝置2卜壓力錶24、顏閥26、溫度感測元件28、壓 力感測凡件30、出水口 36及加壓馬達4〇，其作動方式如前所述殼 體12上具有維修門34，當容置空間14内之元件需維修，藉由開啟維 修門34可連通容置空間14，進而進行維修作業。 本創作為一種多級閃化蒸發機，有別於傳統之蒸汽機，藉由於殼 體内設置噴覆裝置、多級之超導棒組及超導板組，噴灑裝置可噴散水 滴狀之水滴粒子’水滴粒子藉由重力作用落下，接觸設置於下方之多 M394180 級超導棒組及超導板組，由於超導棒组及超導板組通電後可產生高 溫，水滴接職係會_蒸發从蒸氣，並上升至蒸氣出σ排出其 餘少部分冷凝之水滴，也可藉由出水_出，出水σ排出為熱水也 同樣可提供並供絲水。藉由本創作之超導雜及超導板組，可對水 滴做瞬間加熱’獲得蒸汽及熱水，其城速度相#快速她於傳統 之蒸健方式，摘作充分·熱效率，姐提升效能麟減源損耗， 實為一先進之突破。 惟以上所述者，僅為本創作之較佳實施_已，其目的在使孰習 該項技藝者能夠瞭解本創作之内容而據以實施，並_來限定本創作 實施之齡故軌依本__範__狀構造 及精神所為之均„化與軸，均應涵蓋在本創作之㈣專利範圍内。 【圖式簡單說明】 第一圖為本創作之外觀示意圖。 第二圖為本創作之透視示意圖。 第三圖為本_之使職態剖視示意圖。 第四圖為本創作之立體外觀圖。 【主要元件符號說明】 ίο多級閃化蒸發機 12殼體 14容置空間 16第一入水 7 M394180 17第二入水口 18蒸氣出口 20第一噴灑裝置 21第二噴灑裝置 22第一超導棒組 222超導棒 23第二超導棒組 24壓力錶 26茂壓閥 28溫度感測元件 30壓力感測元件 32超導板組 322超導板 34維修門 36出水口 38流量控制閥 40加壓馬達M394180 V. New description: [New technical field] This creation is a kind of evaporator, _ is a kind of multi-stage flash evaporator which can provide steam and has multi-stage superconducting elements. [Prior Art] At present, as in the case of fitness 1, sauna, hotels, etc., where steam is required, steam is used to obtain steam 4 before the traditional way to obtain steam, such as Na, / its fine addition, After getting money, you can get money, usually _ _ method pre- _ • production of 1 ° ton of steam storage water back calculations need to be 1. 25 Syrian water vapor, equivalent to the power of this 'mixed steamer steam In theory, the same energy loss should be released to make the distillation method a zero-energy technology, but due to the heat transfer and the thermal energy loss of the generated thermal radiation, the energy of the heating is greater than the evaporation energy generated by the liquid water. The energy consumption for steaming age is there; therefore, there are still many improvements in the type of fueling, such as heating. The speed is slow, the energy consumption is quite high; in the green (four) ball awareness, the government strongly advocates carbon reduction and energy saving today. How to achieve high heating efficiency and low energy consumption heating method is a problem that needs to be overcome today. It can be seen that there are still many shortcomings in the above-mentioned conventional methods. It is not a good design, and it needs to be improved. Therefore, the inventors of this case have made improvements and innovations in view of the shortcomings derived from the above-mentioned conventional methods, and have been painstaking for many years. After painstaking research, I finally successfully developed the multi-stage flash evaporator of this part to overcome the lack of knowledge. 3 Preparation 4180 [New Content] - The main purpose of this creation is to provide a multi-stage flash evaporator with multi-stage superconducting rod set and super-catheter set, which can be woven by design. The body evaporates into water vapor to achieve rapid distillation and energy saving. In order to achieve the above objectives, the creation is a multi-stage flash evaporator, including a casing, which has no space for accommodating inside, and has a human mouth and steam σ at the appropriate place; at least the spray device is disposed in the space. _ 'Connecting human water σ, can spray human water into water droplets 发 丨 at least - superconducting rod group is set under the spraying device in the accommodating space, superconducting rod group is composed of a plurality of super-exposure rods and can generate high heat , the system is arranged in a staggered manner, the water droplets diverging contact with the superconducting rod group will be instantaneously evaporated into water vapor. The superconducting plate group is set in the superconducting rod of the receiving space (4). Below the group, it is composed of at least two superconducting plates. The superconducting plate group can generate high heat and can receive water droplets. The superconducting plate group has "for fluid passage; the artificial superconducting rod and superconducting plate are made of ceramic structure, and the wires can be electrically connected with an external power source for heating. The portion of the un-evaporated water droplets will fall into the gap and enter the water outlet provided at the bottom of the housing. The creation further includes a temperature sensing component and a pressure sensing paper member for sensing the accommodating space. _ temperature and pressure. The embodiment of the present invention is described in detail with reference to the accompanying drawings, and it is easier to understand the purpose, technical content, features and functions of the present invention. [Embodiment] The first picture shows the appearance of the creation _, also please At the same time, referring to the second figure, the second figure is a perspective view of the creation. As shown in the figure, the multi-stage flash evaporator (1) of the present invention includes a 4 M394180-housing 12, and the housing 12 is internally provided with an accommodating space. 14. The periphery of the casing 12 is provided with a - first water inlet 16, a second human water σ 17 and a steam outlet 18; a first inlet Μ a connection - a first tilting device 2G' first - spray difficult 2 {) is disposed in the accommodating space 14 and connected to the first water inlet 16 to eject the human water into a water droplet diverge; - the first super-superconducting rod group η, the first sprinkler device disposed in the accommodating space 14 Below, it consists of a number of superconducting rods that can generate high heat' to receive water droplets. The superconducting rods m are ceramic structures and appear in a staggered arrangement. They have wires that can be electrically connected to external power sources for heating; The second spraying device 21 is disposed under the first superconducting rod group 22 and connected to the second person water port η, one The second superconducting rod group 23' is disposed under the second slinging device 21, and is composed of a plurality of superconducting rods 222 and can generate high heat. The pressure gauge 24, - lyric 26, - is disposed at the appropriate place on the casing 12. The temperature sensing component 28 and a pressure sensing component 3, the temperature sensing component 28 and the pressure sensing component 7G sense the temperature and pressure in the accommodating space 14 and output to a display device (not shown). The superconducting plate group 32 is disposed under the second superconducting rod group 23 in the accommodating space 14 and the group 32 is composed of at least two superconducting plates 2, and the superconducting plate group 32 can generate high heat. The water droplets can be received and the water droplets are diverged, and the superconducting plate group 32 has a gap like a fluid for passage. The housing 12 is provided with a maintenance door μ, which can be opened and closed on the casing 12 to facilitate the internal accommodation of the casing 12. Maintenance of space 14. The second figure is a schematic cross-sectional view of the use state of the present invention. As shown in the figure, the water source of the multi-stage flash evaporator 10 can be entered into the accommodating space 14 by the first water inlet 16 and sprayed by the first spraying device 20 · On the secret gravity side, the divergent water age falls and contacts the first superconducting rod group 22, and the superconducting rod M2 in the first superconducting rod group 22 is a ceramic structure and presents a multi-stage staggered arrangement, superconducting rod 222 can generate high heat after energization. When the water droplets contact the superconducting rod, you will contact the water wire after the 5 M394180, and the water will pass through the superconducting rod group 22 and fall into the superconducting group. The second superconducting rod group below the rod group a, the first viewing device 20 and the second spraying device 21 are configured to mutually disperse water droplets. When the first spraying device 20 is sprayed, the second device 21 is not Actuating, the period of time (usually three seconds) is exchanged by the second spraying device 21, the first nozzle sprinkling device 2 is not actuated, and the water droplets pass through the first superconducting rod group 22 and the second superconducting rod group Most of them will evaporate due to high heat, and some will not be evaded and will fall on the superconducting plate group and evaporate. The superconducting plate of superconducting plate group is your The body has a wire that can be connected to an external power source. Most of the water drops on the superheated superconducting plate group 32 and evaporates into water vapor instantaneously, and is discharged from the vapor outlet 18, and a small portion of the unvaporized water droplets will condense. It enters and passes through the gap 324 to enter the bottom of the casing U. The water outlet 36 of the ί5 is discharged, and the water outlet 36 is connected to a flow control valve 38. The flow control valve 38 can control the amount of water and water, and is provided at the appropriate position of the casing 12 - the motor 4 〇, the pressure motor 4G In order to adjust the pressure in the accommodating space 14, to avoid insufficient pressure. The fourth figure is a three-dimensional appearance of the creation. As shown in the figure, the housing 12 is connected with a first water inlet 16, a second water inlet 17, a vapor outlet 18, a first spray device 20, and a first view. The second spraying device 2, the pressure gauge 24, the face valve 26, the temperature sensing component 28, the pressure sensing component 30, the water outlet 36 and the pressurizing motor 4〇 are actuated as described above for the housing 12 with maintenance The door 34, when the components in the accommodating space 14 are in need of maintenance, can be connected to the accommodating space 14 by opening the maintenance door 34, thereby performing maintenance work. The creation is a multi-stage flash evaporator, which is different from the traditional steam engine. The spray device can spray water droplets by means of a spray device, a multi-stage superconducting rod group and a superconducting plate group. The particles 'water droplets fall by gravity and contact the M394180-class superconducting rod group and superconducting plate group set below. Since the superconducting rod group and the superconducting plate group can generate high temperature after being energized, the water droplets will be replaced by the grade system _ Evaporation from the vapor, and rising to the vapor out σ to discharge the remaining part of the condensed water droplets, can also be provided by the effluent_out, the effluent σ is discharged into hot water. With the superconducting miscellaneous and superconducting plate set of this creation, the water droplets can be instantly heated to obtain steam and hot water. The speed of the city is fast. She is in the traditional steaming mode, and is fully and thermally efficient. The reduction of source loss is an advanced breakthrough. However, the above is only a better implementation of the present invention. The purpose of the above is to enable the artist to understand the content of the creation and implement it, and to limit the age of the creation. The structure and spirit of this __ 范__ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The schematic diagram of the creation. The third diagram is a schematic diagram of the position of the _. The fourth diagram is the three-dimensional appearance of the creation. [Main component symbol description] ίο multi-stage flash evaporator 12 housing 14 Space 16 first water inlet 7 M394180 17 second water inlet 18 steam outlet 20 first spraying device 21 second spraying device 22 first superconducting rod group 222 superconducting rod 23 second superconducting rod group 24 pressure gauge 26 pressure pressure valve 28 temperature sensing element 30 pressure sensing element 32 superconducting plate group 322 superconducting plate 34 maintenance door 36 water outlet 38 flow control valve 40 pressure motor