TW201134768A - Device for purifying water and conduit in water supply system - Google Patents

Device for purifying water and conduit in water supply system Download PDF

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Publication number
TW201134768A
TW201134768A TW99110315A TW99110315A TW201134768A TW 201134768 A TW201134768 A TW 201134768A TW 99110315 A TW99110315 A TW 99110315A TW 99110315 A TW99110315 A TW 99110315A TW 201134768 A TW201134768 A TW 201134768A
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Taiwan
Prior art keywords
water
impurity
activator
impurity separator
supply system
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TW99110315A
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Chinese (zh)
Inventor
Min-Lu Liou
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Boron Tech Corp
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Publication of TW201134768A publication Critical patent/TW201134768A/en

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Abstract

The present invention relates to an apparatus for purifying water and conduits in water supply system, which comprises: an impurity separator, which is connected to the output of the system at its upstream via a water input conduit, for separating the impurity contained in the water come from the system; a water activator, which is connected to the downstream of the impurity separator and to the input of the system, for activating the water treated by the impurity separator into nanometer water and sending the activated water to the system for further circulation; and a pump, which is positioned between the impurity separator and the water activator, for controlling the flow rate of water flowing into the activator; thereby, water and the conduits in the system could be purified and cleaned by the activated water to remove the scale in the system.

Description

201134768 六、發明說明: 【發明所屬之技術領域】 本發明係關於一種供水系統之水質、管路之淨化 ί產業、造紙業、化工業、鋼鐵業:醫藥食』 業:辰漁水產畜牧業’住宅及辦公大樓等所使用之水塔及 統機組…等之供水系統之水質、管路淨化裝置。 ’、 【先前技術】 賴電纽、水料冷賴、家庭轉雜用水管、 均係由—循縣管管路=成而 =尺„系統’都或多或少會產生無機沈積物,即泛稱的「水 S他=結晶。當水中溶解性鹽類超過飽和濃度時:即ί產i) f容器表面,看㈣,卻很難^ ί 質造和ff、疋個煩人的困擾,但長期累積下,亦會對水 統I:錄只是薄薄的水垢,都^ ,酸鈣、硫酸鈣等。其具體形成的原因:⑴:'、4: 中CaS04及CaCO,、'曹疮妲古· ,〇、,,⑴水,孤挺而,使得水 轉換成C03 .⑶)水溫提高,讓水中C〇2與HC03 Γ J t ()虽播展水中的水份散失,水中鹽類逐啦、、曲給* .==量,加’進而形成水垢。水垢;會! 到原本的功效,造成各種成本的機而要輪出更大功率來達 因水?ΐ雜ί述與ί接觸面隨著使用時間越久, 於冷卻用水時,,尤其當用 越需要更大量的冷卻水來進杆⑽,=二傳導解不佳,故而 如,依據熱交換理論,水管壁耗費的問題。例 係,據統計大致如下: 后累梢度與熱交換效率之關 201134768 結垢程度尚可接受 <iilX!a«!tlK*!!W^Wii.|K:!,,I,.,;lltl,.!;WK:.!U.:1JH(1 水垢厚度 <0.15 輕度 0.30 mm201134768 VI. Description of the invention: [Technical field of invention] The present invention relates to the purification of water quality and pipeline of a water supply system, industry, paper industry, chemical industry, steel industry: medical food industry: Chenyu aquatic animal husbandry Water quality and pipeline purification equipment for water supply systems such as water towers and unit units used in residential and office buildings. ', [previous technology] Lai electric button, water supply cold, household to miscellaneous water pipes, are all from - the county pipe line = Cheng and = ruler system, more or less will produce inorganic deposits, that is The general term "water S he = crystal. When the dissolved salt in the water exceeds the saturation concentration: that is, the production i) f container surface, see (four), but it is difficult ^ ί quality and ff, an annoying trouble, but long Under the accumulation, it will also be a thin scale of water, such as ^, calcium acid, calcium sulfate, etc. The specific reasons for its formation: (1): ', 4: CaS04 and CaCO, 'Caofu · , 〇,,, (1) water, soaring, so that the water is converted to C03. (3)) The water temperature is raised, so that the water C〇2 and HC03 Γ J t () in the water, the water in the water is lost, the salt in the water La, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The longer the surface is used, the more it is needed to cool the water, especially when more water is needed to feed the rod (10), = the second conduction solution is not good, so, for example, according to the heat Theory, the problem of water pipe wall consumption. For example, according to statistics, the following is the following: The degree of fatigue and heat exchange efficiency is 201134768. The degree of scaling is acceptable. <iilX!a«!tlK*!!W^Wii.| K:!,,I,.,;lltl,.!;WK:.!U.:1JH(1 scale thickness <0.15 light 0.30 mm

e,*r****e***Ml*«tt**li*i.x*»»*.**S 中度 0.45 aa^Kaisixa 11.0% 重度 嚴重 0.60 mm 0.75 熱效率損失 可忽略 .............. I ------ ί| II I !_ 辟淑it結垢問題,會阻礙水魏液於管路中的流動性,影塑管 間之熱交換效率。依據流量與冷卻能力之_,士假 ==#水流量減少到2G%時,冷卻能力將只有观,故ΐί 冷卻效率降低。此外,水循環液所產生之水垢,除了 ΪγΓ,糸統於冷卻效率方面,需消耗許多不必要的電力之 如二之藻類、細菌等雜質,也會對人體健康造成影塑(例 亦合阻ϋϊίί”,會於缝+散糾驗軍人症病i)且 是i換要積極地改善上述問題,則須經常清理或 =ίΐ;ΐΐ。但,結垢清理過程十分費時且耗工,甚至需: I的損失。❿理’就產業上而言,將大為損及產能而造成經濟 降低,減緩水垢形成姐結。知θ齊寺)使該趣液水質硬度 污染,將導致後續更多的環射 添加的化學藥劑易造成水 導致管路錄钱。於持择以所加入的酸驗藥劑’亦將 裂、滲漏而必ί力!清潔後,有可能造成管路破 為此,如级行維修。 _結垢問題,俾維持祕t而有效地解決供水系統 乃為本發崎鑽研的課題。&賴城間之最佳熱傳導率, 5.5%e,*r****e***Ml*«tt**li*ix*»»*.**S Moderate 0.45 aa^Kaisixa 11.0% Severely severe 0.60 mm 0.75 Thermal efficiency loss negligible.... .......... I ------ ί| II I !_ The problem of scaling is hindering the flow of water in the pipeline, and the heat exchange between the tubes effectiveness. According to the flow and cooling capacity, when the water flow is reduced to 2G%, the cooling capacity will be limited, so the cooling efficiency will decrease. In addition, the scale generated by the water circulating liquid, in addition to ΪγΓ, in terms of cooling efficiency, consumes a lot of unnecessary power such as algae, bacteria and other impurities, which also affects human health (for example, it also prevents ϋϊίί ", will be in the seam + scattered test for military disease i) and i change to actively improve the above problems, you must always clean or = ΐ; ΐΐ. However, the scaling cleaning process is very time consuming and labor-intensive, even need to: The loss of I. In the industry, it will greatly reduce the economic capacity caused by the loss of production capacity, slow down the scale formation of the scale. Know the θ Qi Temple to make the water quality hardness of the liquid, will lead to more ring The chemical added by the shot is easy to cause the water to cause the pipeline to record money. The choice of the acid to be added will also crack and leak, and it will be strong! After cleaning, the pipeline may be broken, such as Maintenance. _Fouling problem, maintaining the secret and effectively solving the water supply system is the subject of this research. & The best thermal conductivity between Laicheng, 5.5%

16.5% 22.0% 201134768 . 【發明内容】 ϋ明之,要目的在提供—種供水纽之水質、管路淨 禚雜二„化過之水分子奈米化以提高其分子活性,使鈣: 1 ΐ (形成碳酸約、碳_)以外,經奈米化之 :水刀子團較易滲入並溶解已存在的結垢,而將水垢自太中孩^ .使管路無環關無任何異物⑽g,轉最躺料率。示’ • 田其上游係藉由—進水管連接於該供水系統之 水仙·出口,用以分離水中之雜質· 一==:端藉由一管線連接於該雜質分離器之下 二離ΐίί接至該供水祕之水流入口’用 系水活化成奈米水’流入該供水 -幫浦,係胁上述㈣分離^触水純 =:經雜質分離器處理後之水的流速並使其j過該 依^發明^爭化裝置,其中該雜質分離器進一步包含一離 心機以及-讀物收集槽。係糊離理 ί污;:並SS管路:之生_屑或其他 設有相之排放管。藉由該水壓感 阻礙水 。經該雜質分離‘其 《槽。於級集槽下方又設有 測器侧麻壓降辦,絲Α型雜f —s日 流。此時電磁閥會發出訊息,指示將排 而阻礙水 沉澱物收集槽之水,則透過管線輪送至水活化哭。 依據本發明之淨化裝置,其愤 ‘ 於設有水闕處,又旁通設有-集垢器、一水===; 連接至該雜質分離器之進水管。神 α心及一回收管 Μ本垢益係用以接收來自雜質分 201134768 w!田水座四時表不水流流暢,水中雜皙少戎雜暂 =清:當==,表示水流受阻, !分罐理過之水,是經過排放以:ί:;= 本發明之淨錄置,係藉由該雜質分離ϋ及隼垢器之線 水質。在對供水系統進行淨化時若所 垢,則此時’該沉殿物收集槽下方所設之^麈感ί哭 使電磁閥指令將該排放管上之水閥(三通閥 1 時間播^ ^λ!大型水垢及雜質等排放出。而當淨化進行一段 所分離後流^該2 =已被排出’故由雜質分離器 為小於 出’而可將排放管之水閥關閉,將水旁通循環至隼Ϊ 管,而僅祕裝置巾搞魏流路並未通過該排放 及水垢器的路徑行進,藉以在本發明裝置内進行水循環 201134768 電腦控制機構,用以控制本發 腦控制機構係與各壓力4_ 之流程條件等。該電 錄為執行本發明各構件控制系有::己憶體,用以預先記 所有執行過程之數據,例胃、並5己錄本發明淨化裝置 廢力、馬達狀態ί據並;^轉時段所偵测到之各構ί 面及控制介面。該顯包含-顯示介 控式面板予以顯示,或亦可分:’ °整:為一體而作為觸 :態或H嶋,㈣觸 之震2=冗=:5 化器含有可▲生震盪波 震盈體而纽舰_,子,因該 接觸面上的結垢,達到=jiff鬆動軟化,可有效崩解水 小分子水持續於水汽路内作用。再者,藉由奈米等級的 ί難=在= 吏隨後不斷進行循環的水,可二 二面上而:達到保持水接觸面不易結ίί 可清除水接觸面上之積垢'可對水質進行淨化之外,亦 水之以接二=:=面’例如跡 化及tif置巾之核㈣之制是:給付的結構變 反應’削弱附著力’強化負離子水之水和度 1=予 離刊林度,財和物觀安定化。此 態特性:構造ί變成之=水,也會影響結晶化之動 再、a又成®形夕面體,此等水垢難於附著於水接觸面 201134768 成亂流而弓丨起氣穴作^度=,使管道内空間造 本發以之水 的水分子大上=== 刀子更好疋小於15nm之水分子。 卜之尺 裝置依Ϊ巾該水活化器之震M可為超音波 離子之^微、含有金屬 rh广:據tfJ之淨化裝置,其中該喊微球係域灰變成山 "ΐ::^ 0 4t 本發明之淨化裝置中所填充之陶瓷微球,可 公分直徑之細粒先粗碎成數 顿蝴,於其 ^_c以上的溫織喊之具有G.5〜2,Gmm 微 ^明之淨化裝置中可使用的陶竟微球為一種天 石,其除了具有發射遠紅外線效果以外,亦且有發 =藉此具有消臭、抗菌等作用,或若沉降於 ^ 二 f中雜質、增加水驗度及脫臭效果等。 ===_ί ί:。因此,此生長電之工 良躲麟至树,_讀权㈣崎解成ί細 因此’藉由使水流通過本發明之淨化裝置,因水流使該等震 201134768 蓋體而放出微弱電能量並使水產生瞬間物理變化並因此被活化。 '·圍、由f 2過t發明之水活化器後的水,將可被觀察到其水分子 面ΐ力減少,氧化還原電位產生變化,提高氧化 要兮甘醇且具有提冑水的洗淨性,以麟去鐵銹之效 果。該等效果具體說明如下: 反 -用水的改善.廚房流理台、浴盆、廁所、給排水管等之水 ' 2.脫纽果1氣體臭味、氣鮮之脫臭。 ^除垢、防銹:給排水管、銷爐之防麟、除垢。 4 门,淨效果:減少給排水管的熱 同時達到環境保護效果。 卜石域里使用洗劑, 用水驗善··冷卻錢之冷卻絲、讀環餘之壽命延 ϋ業。、水縣用水之改善:有利於水耕法之植物生長、水產 7.抑啦_狀祕軍人麵菌滋生。 本發明之淨化裝置安裝容易,可於不破瓌頦古诸筑々运 ;淨===通過之路徑之任何地 姓w· 斤使用的水活化裝置,具有耐磨耗性、古而千々祕哲 行找,故鋒 i 问,本發明之淨化裝置可去除水中雜質,日“ 成分,僅改變水本身之物性而使其= 明所佳實施例並配合圖式加以說明本發 淨化農置1圖為本發明之供水系統之水質、管路之 化襄置二,發明提供—種供水系統之水質、管路之、爭 置係至+^在(、水系統的水流出口端及水流入口端之間。 置係至μ含:-雜質分離器1Q、—_ 2㈣及 10 201134768 =30,其中,該雜質分離器10其上游係藉由一進水管^連接於 ,供水系統之水流出口,用以分離水中之雜質;該水活化器3〇 下端藉由一管線L2連接於該雜質分離器丨〇之下游,而苴上端 連接至該供水純之水流人口,用崎經該雜質 處理之水活化成奈米水,流入該供水系、统;該幫浦20 係置於上述雜質分離器10與該水活化器30間之管上, 該?質分離㈣處理後之水流速,亦即作為流量 闕之作用,並使其通入該水活化器30。 隹样^4雜f ΪΪ11 1G進""步包含—離心機13,以及—沉殿物收 原理,將水中可能含有的污垢、污泥、藻類, 續沉銹鐵屑或其他成分的雜質,予以分離並掉落至 圖,槽14下方又設有—水壓感測器(未 到水壓降低時,表示大型雜質已達一特定$而阻礙水 ^管控制將糊15㈣,將雜質污泥經由該排 ΐϋ14 f f卜碰該雜質分離器所分離而未落入沉難 =集槽μ之水’則透過管線L2經過幫浦2G輸送至該水活化器 明之淨喊置巾,於雜質分離it 10之触管L4上, 3過該水閥15旁通設有—集垢器u、—16.5% 22.0% 201134768 . [Summary of the Invention] ϋ明之, the purpose is to provide the water quality of the water supply, the net noisy of the pipeline, and the chemical molecular nanocrystallization to increase its molecular activity, so that calcium: 1 ΐ In addition to the formation of carbonic acid, carbon _, through the nano-chemical: water knife group easier to infiltrate and dissolve the existing scale, and the scale from the children in the middle of the ^ ^ so that the pipeline is not ring-free without any foreign matter (10) g, Turn the most lay rate. Show ' • The upstream of the field is connected to the narcissus outlet of the water supply system by the inlet pipe to separate the impurities in the water. · ==: The end is connected to the impurity separator by a pipeline The next two are separated from the ΐ ίί to the water supply secret water inlet 'activated with water to the nano water' into the water supply - the pump, the threat of the above (four) separation ^ touch water pure =: the flow rate of water treated by the impurity separator And causing the j to pass the invention according to the invention, wherein the impurity separator further comprises a centrifuge and a reading collection tank. The paste is separated from the dirt; and the SS pipeline: the raw _ chip or other design a discharge pipe having a phase. The water pressure is hindered by the water. The impurity is separated by the impurity. Below the leveling tank, there is a side pressure drop-down device for the detector side, and the wire-type type f-s day flow. At this time, the solenoid valve will send a message indicating that the water that will block the water sediment collecting tank will be blocked. The pump is activated to the water to activate the crying. According to the purifying device of the present invention, the purging device is provided with a water shovel, and a bypass is provided with a sump, a water ===; and an inlet pipe connected to the impurity separator. God α heart and a recovery pipe Μ 垢 益 用以 用以 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 2011 The water that has been treated in a tank is discharged: ί:; = The net recording of the present invention is the separation of the line water quality of the crucible and the scale by the impurities. If the water supply system is cleaned, At this time, the 麈 麈 ί 使 使 使 使 使 使 使 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁 电磁When the purification is carried out for a period of separation, the flow 2 2 = has been discharged 'because the impurity separator is smaller than the out' and the water valve of the discharge pipe can be closed Closed, the water bypass is circulated to the manifold, and only the secret device towel Wei flow path does not travel through the path of the discharge and the scale, thereby performing water circulation in the device of the present invention 201134768 computer control mechanism for controlling the brain The control mechanism is related to the process conditions of each pressure 4_, etc. The electro-recording is a control system for performing various components of the present invention: a memory, for pre-recording data of all execution processes, for example, stomach, and 5 The device waste force, motor state, and the various interfaces and control interfaces detected during the turn-around period. The display includes - display the control panel to display, or can also be divided into: ' ° whole: as one As a touch: state or H嶋, (4) Touch shock 2 = redundant =: 5 The converter contains ▲ 生 shock wave shock body and the new ship _, child, due to the scaling on the contact surface, reach = jiff loose softening , can effectively disintegrate water small molecule water continues to play in the water vapor path. Furthermore, by the nano level ί 难 = = 吏 吏 吏 吏 吏 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断 不断In addition to purification, the water is also connected to the second =: = surface 'such as the trace and the core of the tif towel (4) is: the structural change response of the 'enhanced adhesion' to strengthen the water and degree of negative ion water 1 = leave The publication of Lin Du, the financial and material view of stability. This state characteristic: the structure ί becomes = water, it will also affect the movement of crystallization, and then it becomes a shape of the ceremonial body. These scales are difficult to adhere to the water contact surface 201134768 and become a chaotic flow. Degree =, the water molecules in the water in the pipeline are made larger than the water molecules === The knife is better than the water molecules less than 15 nm. The device of the ruler of the water is the shock absorber of the water activator. The M can be the supersonic ion and the metal containing rh: according to the tfJ purification device, wherein the shouting microsphere is grayed into a mountain "ΐ::^ 0 4t The ceramic microspheres filled in the purification device of the invention can be coarsely crushed into several pieces of fine particles of a common diameter, and the temperature is woven above the ^_c to have a G.5~2, Gmm micro-purification purification The ceramic microspheres that can be used in the device are a kind of astronomical stone, which not only has the effect of emitting far infrared rays, but also has the effect of deodorizing, antibacterial, etc., or if it is deposited in the impurity, increasing water Test and deodorization effects. ===_ί ί:. Therefore, the growth of the electricity is good to avoid the tree, _ read right (four) smash into fine, so 'by making the water flow through the purification device of the present invention, the water flow causes the isotope 201134768 cover body to emit weak electric energy and The water undergoes an instantaneous physical change and is thus activated. '································································································· Netity, the effect of rust to rust. The effects are as follows: Anti-water improvement. Water in kitchen counters, tubs, toilets, water supply and drainage pipes, etc. 2. Deodorization of gas odor and gas freshness. ^ Descaling, rust prevention: anti-cold and descaling of water supply and drainage pipes and pin furnaces. 4 doors, net effect: reduce the heat of the water supply pipe and achieve environmental protection. Use the lotion in the Bushi domain, check the water with good water, cool the cooling wire of the money, and read the life of the ring. Improvement of water use in Shui County: Plant growth and aquatic products that are conducive to hydroponic cultivation. The purifying device of the invention is easy to install, and can be transported without smashing the ancient buildings; the net activation=== the water activation device used by any place name w· jin through the path, has wear resistance, ancient and thousand Looking for, the front i asked, the purification device of the present invention can remove impurities in the water, the Japanese "components, only change the physical properties of the water itself, make it better" and explain the example with the figure The water quality and pipeline of the water supply system of the present invention are two, and the invention provides that the water quality, the pipeline, and the disputed system of the water supply system are between the water outlet end and the water inlet end of the water system. The system is connected to μ: - impurity separator 1Q, - 2 (4) and 10 201134768 = 30, wherein the upstream of the impurity separator 10 is connected to the water outlet of the water supply system by an inlet pipe for separation Impurity in water; the lower end of the water activator 3 is connected to the downstream of the impurity separator by a line L2, and the upper end of the crucible is connected to the water-purifying water stream population, and activated by the water treated by the impurity Rice water, flowing into the water supply system; The pump 20 is placed on the tube between the impurity separator 10 and the water activator 30, and the water flow rate after the separation (4) is treated as a flow enthalpy, and is passed to the water activator. 30. ^ ^ ^ 4 杂 ΪΪ 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 The impurities are separated and dropped to the figure. There is a water pressure sensor below the tank 14 (when the water pressure is lowered, it means that the large impurities have reached a certain amount of $ and the water is blocked and the paste will be 15 (four). The impurity sludge is separated from the waste separator by the waste separator and does not fall into the sinking water = the water of the collecting tank μ is transported through the pipeline L2 through the pump 2G to the water activator. The impurity is separated from the contactor L4 of the 10, and the water valve 15 is bypassed by the water valve 15 to provide a collector u,

白接至該雜質分離器1〇之進水管線^。該集H 水,並過请質分離器1〇所處理過而流經沉澱物收集槽1°4之 的水利用的微米之雜質,且將i濾後 該水壓感ί 控淋流轉騎L4麵垢器1卜 水中雜、少錄M彳、Ί壓’*水壓高時表示水流流暢, 限,此&ίίίί ; °而當^1到水壓降低時’表示水流受 15 ^ 據本發明之淨化裝置,藉由該雜質分離器H)及集垢器uWhite is connected to the water inlet line of the impurity separator 1〇. The set of H water passes through the micron impurity of the water used by the mass separator 1 and flows through the sediment collection tank 1 ° 4, and the water pressure is controlled by the i filter. The scaler 1 is mixed with water, less recorded M彳, rolling '* when the water pressure is high, indicating that the water flow is smooth, limited, this &ίίί; ° and when ^1 to the water pressure is reduced, 'the water flow is affected by 15 ^ Purification device of the invention, by the impurity separator H) and the concentrator u

SI 11 201134768 大的水垢時,該沉凝物鱗收翻之雜質為體積較 水壓降低,並使電磁闊12指曰令設之水壓感測器侧到 向排放管L4打開,將大型水放管L4上之水閥I5朝 進行一段時間後,因水中排放至外部。而當淨化 積較小的水垢或雜質,多為#H槽14的部份雜質逐漸為體 轉向朝集垢器η打開循排放管L4之水闕μ 用以提供本;二 構元:ϊίΓί 二:i有-外殼40 ’將上述該等機 上,又可設有-電腦該夕^40 各構件控制系餅之鞀泞并—人、=預先^己錄用以執订本發明 介面盥該护介面叮二 ' 匕3 一*,"貝不介面及控制介面。該顯示 ^控制"面可整合為—體,而作為觸控式面 I於該;近::„僅用以顯示操作狀態或監測狀態, 各水磨咸、卿月ΐ另权有一按紐式控制面板。電腦控制機構c與 元件連i’,、二^ t閥卿等元件電性連接,以達到與該等機構 件連線而可即時監控各機構單元之操作狀態。 5震活i匕器30内部包含有震盈體31。該震蘯體31係具有 使該淨化液水分子與其產生共振頻率。此過程中 團,風鍵結合會被破壞,重新排列為較小之水分子 之震緣ϋΥ、ί ’ 1後,流入供水系、统。藉此,透過水活化器30 小的水分子團而液體分子團之氫鍵結合,使其重新排列成較 等it 而活性,料侵人水接細如管線内壁之水垢 、青'絮德太、軟化、崩解並脫離。且於水接觸面之管線内壁經 办後’料奈米水將喊於該管軸壁上,因其微小的分子結 u 12 201134768 構,使内壁管線不易再受汚板七 ..到維護保養之目的。此外,、有機物等附著,而達 故較易紅絲表面,使縣 水分子團較小, ' 路與該循微社最佳熱料效率t 垢可有效驗,維持管 本發明水活化器3〇内之震盪鹊 須為”材f或結構,該震μ 可為种並,限必 之活化盗、南能量液態磁、陶磁微球、S二f置、南振廬能 者或是鐵氧體(FerriteM;5 # 離子之陶竟微球 體磁石時,可將該等f 震i體為陶瓷微球或鐵氧 等微球或鐵氧體磁==々但小於該 體3〗於水活化器3〇内之iff f f 流失。該等震蘯 理之猶環水規模而定。里並…、特別限制,端視所欲處 菖經雜質分離器所處理SI 11 201134768 When the scale is large, the impurities of the condensate scale are reduced in volume compared with the water pressure, and the water pressure sensor side of the electromagnetic wide 12 finger is opened to the discharge pipe L4, and the large water is turned The water valve I5 on the discharge pipe L4 is discharged to the outside due to the water. When purifying a small amount of scale or impurities, most of the impurities in the #H tank 14 are gradually turned toward the concentrator η to open the water 排放μ of the discharge pipe L4 to provide the present; the second constitutive element: ϊίΓί two :i--the outer casing 40' will be provided on the above-mentioned machines, and the computer can be provided with the control of the cakes and the personnel, and the pre-recorded for the purpose of the invention. Interface 叮 2 ' 匕 3 a *, " Bei no interface and control interface. The display ^ control & face can be integrated into the body, and as the touch surface I; in the near:: „ only used to display the operating state or monitoring state, each water mill salt, Qing Yue ΐ another right to have a button Control panel. The computer control mechanism c is electrically connected with the components such as i', and the two valves, so as to connect with the components to instantly monitor the operating state of each mechanism unit. The inside of the device 30 includes a seismic body 31. The shock body 31 has a resonant frequency with which the water molecules of the purified liquid are generated. In this process, the wind and wind bonds are destroyed and rearranged into smaller water molecules. After the edge, ί '1, it flows into the water supply system, thereby passing through the small water molecules of the water activator 30 and the hydrogen molecules of the liquid molecules are combined to realign them into equalit and active. The water is as fine as the scale on the inner wall of the pipeline, the green is too soft, disintegrated and detached. After the inner wall of the pipeline at the water contact surface is treated, the water will be shouted on the wall of the tube shaft because of its tiny Molecular junction u 12 201134768 structure, so that the inner wall pipeline is not easy to re-contain the board seven.. to the dimension In addition, the organic matter and the like are attached, and the surface of the red silk is easier to make the county water molecule group smaller. Invented water activator 3 震 鹊 鹊 鹊 ” ” ” ” ” 材 或 或 或 或 或 或 或 或 或 或 或 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 发明 水 水 水 水 水 水Or ferrite (FerriteM; 5 # ion of the ceramic microsphere magnet, the f can be such as ceramic microspheres or ferrite or ferrite or ferrite magnetic == 々 but less than the body 3〗 The loss of iff ff in the water activator 3〇. The size of the isotonic water is determined by the size of the isotonic water. The special limitation is that it is treated by the impurity separator.

水活化器30之震廬體31周圍時化“ ’子^幫,己流經 y震射脖影私產生共振。當水ifM 之操作目的,而可為任何控要了達到本發明淨化裝置 包括:-用以顧-丄視圖4如第圖所示,該電腦控制機構c 面與該控制介面;i:為::,、而 ==即該顯示介 或邀報之^ί C3 ;—用以藉聲音警示異常 以5H ί用以藉燈光誓、示異常或警報之異常顯示 ’及,、肩不電源已輸入之電燈源⑶。該等按紐C2、c^ I Si. 13 201134768 可整躲^,藉域控進行操作。 控制之一 l施使用第2圖所示之》控制機構進行_ 自動選項、n 其中顯示出異常、自動模式、When the shock absorber 31 of the water activator 30 is around, the 'child' gong has flowed through the y-shock to produce a resonance. When the water is used for the purpose of operation, any control may be achieved to achieve the purification apparatus of the present invention. :- used to view the view of the computer as shown in the figure, the computer control mechanism c face and the control interface; i: is::, and == that is the display or invitation ^ί C3; By using the sound to alert the abnormality to 5H ί to use the light to swear, to indicate the abnormality or alarm abnormality display 'and, the shoulder is not the power source has been input (3). These buttons C2, c ^ I Si. 13 201134768 OK Hidden ^, operate by domain control. Control one uses the control mechanism shown in Figure 2 to perform _ automatic option, n which displays abnormality, automatic mode,

C5 0f, 3Tt%T 圖?Γ、出現如塊 感測3異常:懕力ΐ測1異常、M力感測2異常、壓力 it 頁。當所顯示之異常方塊反白時,表: 歸方塊後’排除異常後’如第3(〇圖所示,按復 於主晝面後,當選擇自動選項方塊時 y列方塊··全時運轉、連線運轉、時段運轉 i選ίί:ί= ί置啟動後進入自動模式,即啟動馬達運 ^ 啟動進入自動模式,依據連線信號 運轉,田k擇蚪奴運轉時,按下設定按鈕進入 設定之,運轉。此時如第3⑹圖所示,顯示五“定方^= 用彈跳視由進仃設定’選定時間後,選擇〇N或OFF。〇 所設定^間組別被選用0FF表示所設定的時間組別不採用表” 於電腦控制機構間置一段時間未被操作時,顯示器將 待機晝面。該待機畫面可依據個人喜好自由設^,於^機後經 -段時間仍未被操作,則進入休眠模式而關 么 晝面後該休眠或待機狀態即被解除。 —’貝丁於季二觸 =上之《控制機構僅為舉例說明,不應理解為限制 之祐圍。 以下將以實驗例更進-步證明本發明淨化褒置之 ,,該等實驗_僅為·本發明之目的,不用以限制本發= .範圍。 201134768 實驗例 =_技研究;觸 水中=====_,丟鹰化之奈米 試驗片番n 月間2〇09年7月8曰至8月10曰)後,銅 驗片重11.7324克,^腐钱控制情況極佳;而碳鋼試 腐健制情^尚^邮貝失重〇·1684克,換算腐辩為4.讓, 實驗例2 化之ί 水Μ之水質、管路之淨化裝置所活 技研究中心,進行二二之^。兹委託台灣元智大學環境科 ====== 化之之供水系統之水質、管路之淨化裝置所活 :技:來究:::測子,及經本發明^ 後的水分子微小化! 圍’平均為3〇nm,經處理 分子更加微小化。Μ™ +均7·。足以刻經處理後水 實驗例4 已使統之水質、管路之淨化裝置,旁通安裝於 電量降低。7卜目水驗移除後,故齡效紐異而使用 15 201134768 依據本發明之供水系統之鮮^ ' 等級之小分子。而上=C5 0f, 3Tt%T Figure Γ, appears as block Sense 3 abnormality: ΐ力ΐ11 anomaly, M force sensing 2 anomaly, pressure it page. When the displayed abnormal block is highlighted, the table: After the square is returned, 'after the abnormality is excluded', as shown in the third figure (as shown in the figure, after pressing the main face, when the automatic option block is selected, the y column is full-time) Operation, connection operation, time period operation i select ίί: ί= ί set to enter the automatic mode after starting, that is, start the motor operation ^ start to enter the automatic mode, according to the connection signal operation, when the field is selected, the setting button is pressed. Enter the setting and run. At this time, as shown in the figure 3 (6), after the selected time is displayed, select “〇N or OFF”. The selected group is selected as 0FF. The set time group does not use the watch. When the computer control mechanism is not operated for a period of time, the display will stand by. The standby screen can be freely set according to personal preference, and the time after the machine is still not available. When it is operated, it enters the sleep mode and is turned off. The sleep or standby state is released. — 'Beidin's second touch = the above. The control mechanism is only an example, and should not be construed as a limitation. The following will be further step by step. According to the invention, the experiments are only for the purpose of the present invention, and do not limit the scope of the present invention. 201134768 Experimental example = _ technical research; contact with water =====_, After the test of the nanometer in the month of July 2, 2009, from August 8 to August 10, the copper test piece weighed 11.7652 grams, and the control of the corrupted money was excellent; while the carbon steel test was very good. The postal weight loss is 1684 grams, and the conversion is ruined as 4. Let, the experimental example 2 is made into the water quality, the pipeline purification device, the activity research center, and the second and second. Entrusted to the Department of Environmental Sciences of Taiwan’s Yuanzhi University ====== The water quality of the water supply system and the purification equipment of the pipeline are: Technology: Research:::Measurement, and the minimization of water molecules after the invention ! The average is about 3 〇 nm, and the treated molecules are more miniaturized. ΜTM + are 7·. Sufficiently treated water After the experimental example 4, the water quality and pipeline purification equipment of the system have been installed, and the bypass is installed to reduce the electric quantity. 7 After the removal of the water, the age is different. 15 201134768 The small molecule of the fresh water level of the water supply system according to the present invention. And up=

: ttt^K 延長冰水主機壽命,·提高A启 文必垢不再堆積, 後的奈米水,會將水、ί效降储電4於經震盪 處理成本;微小水’減少用水量、減少水 達到水垢清除及水質淨化之//可^處,均可 垢;節省維護費用;減少维護時之停機全面除 命,無錄餘;不傷人體健康;減^長主要设傷之壽 符合經濟效益。 咸夕夂貝源排放,降低能源消耗, 且依據本發明之供水系統之水質、管 ^雜質分離器,可將活化奈米水所帶出的污拔二f置:错由設 力離,並透過壓差控制將沉在質㈣^離器中予以 洗’且不需再進行水塔等之污 g 停機進行清 能源且不影響工業產能。 #驟’而可省時、省力、省 再者,依據本發明之供水系統之水質、总 由設置人機介面,可控制 .吕路之淨化裝置,藉 簡易操作本發明之淨化裝置。疋及4本發明之淨化裝置,而可 本發明之供水系統之水質、管路 ,’例如公共場所之空調冷卻系統、淨水尸裝^可適用於各種用 ^、24小時使用之空調系統、需利用到次二::;水儲存槽、游泳 旅館、飯店、醫院、晶圓廠、醫藥欠2製程之工薇、溫表 鋼鐵廠、造紙廠、化工廠、量販店1^貨公司、半導體廄、. 發或實驗大樓、公用或家用自來水管之、、ι=商_公大樓、研 月冻專,而且可安裝於冷 201134768 東機冷部&、壓縮機、熱水鍋爐、板式熱 換器、管線、基發哭、冷凝哭耸,徊兮笪褚f二成式吕式熱父 ΐ等,凡供水纽射勤本㈣之設備, 進灯水接觸面之清潔及水質淨化。 以狀錢 本發明已藉上述較佳實施例加以說 發明之健實麵,並獅來限定本 述者’僅為本 明申請專利翻所述之技術特徵;施關。凡依本發 飾,均應包含於本發明之申請專利範=所為之均等變化與修 【圖式簡單說明】 °: ttt^K Extends the life of the ice water mainframe, and increases the A-energy, the scale will no longer accumulate, and the nano-water will reduce the cost of the water and the electricity storage by the shock; the tiny water will reduce the water consumption. Reduce the water to achieve scale removal and water purification. / / can be used, can be scaled; save maintenance costs; reduce maintenance when the shutdown is comprehensive, no record; do not hurt human health; reduce the length of the main injury It is economical. The salty scorpion source discharges, reduces energy consumption, and according to the water quality and the pipe impurity separator of the water supply system of the present invention, the sewage extracted by the activated nano water can be set to be: Through the differential pressure control, the sinking is washed in the quality (four) ^ off the device and there is no need to stop the pollution of the water tower, etc. to stop the energy and not affect the industrial production capacity. It can save time, effort, and economy. According to the water quality of the water supply system of the present invention, the human-machine interface can be controlled, and the purification device of the Lulu can be controlled by the simple operation of the purification device of the present invention. And the purification device of the present invention, and the water quality and pipeline of the water supply system of the present invention, such as an air-conditioning cooling system in a public place, and a water purification corpse, can be applied to various air-conditioning systems that are used for 24 hours. Need to use the second::; water storage tanks, swimming hotels, restaurants, hospitals, fabs, medical owes 2 process of the Wei, Wenbiao steel plant, paper mills, chemical plants, mass merchandisers 1 ^ goods company, semiconductor廄,. 发 or experimental building, public or domestic water pipe, ι=商_公建,研月冻, and can be installed in cold 201134768 East Machine Cold &, compressor, hot water boiler, plate heat Converters, pipelines, base hair crying, condensation, crying, 徊兮笪褚f two-form type Lu-style hot father ΐ, etc., where the water supply New Zealand (4) equipment, into the water contact surface cleaning and water purification. The present invention has been described in terms of the above-described preferred embodiments, and the lion has been limited to the technical features described in the patent application; All of the hair accessories should be included in the patent application of the present invention = equal change and repair [simplified description] °

第1 不意圖0 圖為本發明之供水系統之水質、 官路之淨化裝置之結構 第2圖顯示本發明之淨化裝 電腦控制機構之概視圖。 第3(a)〜3(e)圖顯示於使用第 程控制之一實施例流程圖。 【主要元件符號說明】1 is not intended to be a diagram showing the structure of the water purification system of the water supply system of the present invention and the purification device of the official road. Fig. 2 is a schematic view showing the control mechanism of the purification apparatus of the present invention. Figures 3(a) through 3(e) are shown in the flow chart of an embodiment using the first process control. [Main component symbol description]

置中,所設之用以操作該裝置之 2圖所示之電腦控制機構進行流 10 雜質分離器 11 集垢器 12 電磁閥 13 離心機 14 沉澱物收集槽 15 水閥 16 水壓感測器 20 幫浦 21 馬達 30 水活化器 31 震盪體 40 外殼 C 電腦控制機構 C1 觸控螢幕 17 201134768 C2 裝置停止按鈕 C3 裝置啟動按鈕 ' C4 蜂鳴器 ·- C5 異常顯示燈 C6 電燈源 LI 〜L5 管線Centering, the computer control mechanism shown in Fig. 2 for operating the device performs flow 10 impurity separator 11 concentrator 12 solenoid valve 13 centrifuge 14 sediment collection tank 15 water valve 16 water pressure sensor 20 Pump 21 Motor 30 Water Activator 31 Shock Body 40 Case C Computer Control Mechanism C1 Touch Screen 17 201134768 C2 Device Stop Button C3 Device Start Button 'C4 Buzzer ·- C5 Abnormal Display Light C6 Lamp Source LI ~ L5 Pipe

Claims (1)

201134768 七、申請專利範圍: . 丨.一種供水系統之水質、管路之淨化裝置,該裝置至少包含: -雜質分離器,其上難藉由—進水管連接於該供水系統之 • 水流出口,用以分離水中之雜質; 一水活化器,其下端藉由一管線連接於該雜質分離器之下 • 游’及上端藉由一管線連接至該供水系統之水流入口, 用以將經該雜質分離器處理之水活化成奈米水,流入該 - 供水系統;以及 一幫浦,係置於上述雜質分離器與該水活化器間之管線 上,用以控制經處理後之水的流速並使其通過該水活化 9 器。 2. 如申請專利範圍第1項之淨化裝置,其中該水活化器中含有 了產^震,波之震盪體,其係超音波裝置、高振盪能之活化 器、尚能量液態磁、陶磁微球、含有金屬離子之陶瓷微球者或 是鐵氧體(Ferrite)磁石等之至少一種。 3. 如申請專利範圍第2項之淨化裝置,其中該震盪體為陶瓷微 球’其係由凝灰變成岩(holystone)粉末,經l〇〇〇°C以上的溫度 燒結而成之具有0.5〜2.0mm半徑之陶兗微球。 4. 如申睛專利範圍第1項之淨化裝置,其中該雜質分離器進一 • 步包含:一離心機’用以分離循環水中之污垢、雜質;及一 沉澱物收集槽’用以收集該離心機所分離出的水中雜質。 5. 如申請專利範圍第4項之淨化裝置,其中該沉澱物收集槽下 方設有一測量水壓之水壓感測器、電磁閥及一設有水閥之排 放管,其中該水壓感測器偵測之壓力達一壓力值時,發出訊 號至電磁閥,並發出需將水閥朝排放管打開以排放含雜質水 之訊遽。 6. 如申请專利範圍第1項之淨化裝置,其中於該雜質分離器之 排放管上,又旁通設有一用以過濾水中小於40微米雜質之集 垢器、一測量水壓之水壓感測器及一回收管連接至該雜質分 離器之進水管線,供進一步循環利用。 、 L 19 201134768 7. 如申請專利範圍第1項之淨化裝置,其中於該幫浦上又設有 一馬達,用以提供該淨化裝置之動力來源。 8. 如申請專利範圍第1項之淨化裝置,其中又設有一外殼,將 該等2構元件予以整合並保護前述該等構件。 9. ίΐ請專利範圍第8項之淨化裝置,其中於該外殼上設有一 垃腦f制機構,並與各水壓感測器及電磁閥開關元件電連 廿A二内預先圮錄有用以執行前述各構件控制系統之程式, 、〇3一顯示介面及控制介面。 9 ίίτ駭,射觸讀面與該 _因係整合為-體而為一觸控式面板。201134768 VII. Patent application scope: . 丨. A water purification system for water supply system, which includes at least: - an impurity separator, which is difficult to connect to the water supply outlet by the water inlet pipe. For separating impurities in water; a water activator, the lower end of which is connected to the impurity separator by a pipeline; and the upper end is connected to the water inlet of the water supply system by a pipeline for passing the impurity The water treated by the separator is activated into nano water and flows into the water supply system; and a pump is placed on the line between the impurity separator and the water activator to control the flow rate of the treated water and It is activated through the water to activate the 9 device. 2. For the purification device of claim 1, wherein the water activator contains a shock absorber, which is an ultrasonic device, a high-oscillation energy activator, a still energy liquid magnetic, a ceramic magnetic micro At least one of a ball, a ceramic microsphere containing a metal ion, or a ferrite magnet. 3. The purifying device according to item 2 of the patent application, wherein the vibrating body is a ceramic microsphere, which is made of condensed ash into a rock (holystone) powder, which is sintered at a temperature above 10 ° C and has 0.5. ~ 2.0mm radius of the pottery microspheres. 4. The purification device of claim 1, wherein the impurity separator further comprises: a centrifuge for separating dirt and impurities in the circulating water; and a sediment collecting tank for collecting the centrifugation Impurities in the water separated by the machine. 5. The purifying device of claim 4, wherein a water pressure sensor for measuring water pressure, a solenoid valve and a discharge pipe provided with a water valve are disposed under the sediment collecting tank, wherein the water pressure sensing When the pressure detected by the device reaches a pressure value, a signal is sent to the solenoid valve, and a message is issued to open the water valve toward the discharge pipe to discharge the water containing impurities. 6. The purifying device of claim 1, wherein a drainer for filtering impurities of less than 40 micrometers in water and a water pressure for measuring water pressure are bypassed on the discharge pipe of the impurity separator. A sensor and a recovery tube are connected to the water inlet line of the impurity separator for further recycling. The invention relates to a purification device according to claim 1, wherein a motor is further provided on the pump for providing a power source of the purification device. 8. The purifying apparatus of claim 1, wherein an outer casing is further provided, and the two structural elements are integrated and the aforementioned members are protected. 9. The cleaning device of the eighth aspect of the patent, wherein a magnetic brain is provided on the outer casing, and is electrically connected to each of the water pressure sensor and the electromagnetic valve switching element. The program of each of the above component control systems is executed, and the display interface and the control interface are displayed. 9 ίίτ骇, the touch-reading surface and the _ system are integrated into a body and a touch panel. 2020
TW99110315A 2010-04-02 2010-04-02 Device for purifying water and conduit in water supply system TW201134768A (en)

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Application Number Priority Date Filing Date Title
TW99110315A TW201134768A (en) 2010-04-02 2010-04-02 Device for purifying water and conduit in water supply system

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