200934593 九、發明說明： 【發明所屬之技術領域】 本發明係有關-種給水管清洗方法，詳而言之係—種應用於建築物内 部水管迴路清洗之方法，以清潔水管内壁之菌藻、泥垢、水鏽等雜質。 【先前技術】 氧化氫係普偏在於地球表面之化合物，並以其固、液、氣態之變化而 自成-循環祕生生H其常溫f壓頂峨態呈現，此化合物即為生 〇 活中不可或缺之「水」。 水於-般人日常生种，主要做耕洗潔淨以及飲食等賤，沖洗潔 淨之用水’其水質本身自當有—定程度之潔淨度，酬何來沖洗之效而 飲用水則會直接進入人體體内，其水質之要求更甚於一般。 然而，一般的自來水傳在送到用戶使用之前已經過重重污染，水源污 染、水庫污染、輸送管線污染、蓄水池污染、水塔污染等等其中以輸送 管線最難以清洗’因其輸送管線大都埋設於地底或牆壁内，清洗難度有別 ^ 於其餘蓄水機構。 請參閱中華民國專利申請案號第〇 9 510 6181號「建築物水系 統之脈衝式臭氧除垢方法」，其係__種建築物水系統之脈衝式臭氧除垢方 法，當進行除垢時係先將各住戶之水管關閉，再啟動臭氧生成機構使水通 過臭氧生錢概成域氧水，停留於蓄水池、揚水管及料巾，待預定 時間後由水塔將蓄水池、揚水管及水塔中之水排出’完成蓄水池、揚水管 及水塔之清洗；之後於各住戶之水管以壓力錶測得水壓，並於其中—出水 龍頭之出錢設置—_機構，且謹氧氣脈賊力及脈衝時間，再打開 5 200934593 、’、凊洗水管之出水朗，藉由氧氣脈賊力及脈衝時間之相互配合， 使臭氧水概魏轉“錢觀間雛錢力—。祕，可達到有 效且簡易之水祕齡垢、消轉味，及清較泥之方法。 ν雖〃水祕之魏效果，細實騎洗效益卻不盡理想，其 存在下列幾點缺失； 1 π洗過程巾並無對水辣路做控管，胃造成管路清洗不完全。 2 ·清洗水流僅為單向間歇性之衝力流出絲回沖洗之功效，易清洗不 Ο 乾淨。 π洗過程巾紐驗及記錄，無法確實控管洗雜紐追钉次洗程。 ，’丁、上所述可知’習用之水管清洗手法確有未臻理想之處，且，在人們 日麗庄重Ha質之别提下，提供_有效率之管路清洗流程及方法勢必 成為漸受矚目、注重之課題。 【發明内容】 本發月給水官清洗方法」主要係提供一具效率之輸水管線路清潔流 程，做為清潔難以清洗之輸水管線路的標準程序，透過本發明可有效清洗 所有建築細之輸水管線路，且具_水流沖洗模式可纽親管壁内之 鏽垢，更可記錄追蹤水質狀況以求徹底洗淨。 為達到μ述之發明目的，本個「給水管清洗方法」係包括勤前檢查、 鹏判斷備絲、開料洗、狀況齡及最後的檢驗和記錄透過勤 則檢查來檢視欲清洗之水管祕是否财、使肖年限⑽綠洗對其造成 破壞’再由迴路判斷確認各樓層之水管線路之總入水口，如有無法判斷之 出水口管路’即開啟該丨水^並關閉其餘丨水^，由該丨水^做逆向追縱； 迴路判斷_逐-對各回路做設備安裝、開始清洗，職人水u處設微電 6 200934593 腦控制器及空壓機，並由微電腦控制器帶動空壓機產生水槌直衝、水流逆 洗、螺旋波橫洗及高周波剝離等四種洗程，並同時排除機器故障、水管線 路漏水等可能發生之不確定因素，最後再將檢驗和記錄清洗過程產生之污 水與清洗完畢之清水，做為統計推算下次洗程之日期，如此即完成水管線 路之清洗。 透過本發明「給水管清洗方法」確實能更有效率達到水管線路之清洗， 且透過勤前檢查及狀況排除，可預先或即時對水管線路做檢測、監控，有 0 效避免清洗時之水壓對水管線路產生破壞。 因此本發明可說是一種相當具有實用性及進步性之創作，相當值得產 業界來推廣，並公諸於社會大眾。 【實施方式】· 本發明係有關一種給水管清洗方法，請參閱第一圖所示，其整體流程 係包括勤前檢查1、迴路判斷2、設備安裝3、開始清洗4、狀況排除5、 及最後的檢驗和記錄6與完成清洗7。 勤前檢查1 :主要係檢查水管線路是否漏水，可事先確認屋主或建築 、 物負責人之建築物屋齡，如房屋過於老舊則應視情況判斷是否清洗，以避 免導致管線破裂；關閉建築物所有水龍頭或出水口，並檢查馬桶内止水墊 是否漏水，觀察水錶最微動指針是否有移動現象，如有移動則代表建築物 管線漏水，避免執行清洗作業，等修繕完畢再執行後續清洗動作；且透過 勤前檢查1確認所有水管線路無連接電器用品，以避免清洗過程對電器造 成損害，並於清洗開始前事先做流水量檢測及熱水器檢測，透過流量檢測 辨別清洗前後水流是否變大，且透過熱水器檢測確認水管線路之水流量是 否足以點燃熱水器。 7 200934593 迴路判斷2 :當完成勤前檢查1後即開始執行迴路判斷2，迴路判斷 2為尋找建築物之總入水口做為微電腦控制器、空壓機之設置地點，如建 築物係一般公寓住家其總入水口應都設於熱水器附近，如住家係屬透天厝 可月b會有複數總入水口，當無法確認出水口之總入水口係設於何處時，即 開啟該出水口並關閉其餘出水口，由該出水口打氣做逆向追蹤以確認所有 出水口之總入水口於何處。 設備安裝3 :當完成迴路判斷2後即開始設備安裝3，將空壓機及微 〇 電胳控制器设於總出水口處並將總出水口關閉即完成設備安裝。 開始清洗4 ··完成設備安裝3後即可執行開始清洗4，於開始清洗4 時先開啟第-條欲清洗之水管線路並關閉其餘水管線路，再打開總入水口 處開關並啟動空壓機及微電腦控制器，當清洗完第一條水管線路後再開啟 第二條欲清洗之水管線路，再將前次已清洗完之水管線路關閉，以此類推； 該微電腦控制器即帶動空壓機於開始清洗4時會呈現水槌直衝、水流逆 洗、螺旋波橫洗及高周波剝離等四種洗程，以壓力震波產生強力水槌，直 ❹接沖洗管内汙垢達到水植直沖作用，以水波順逆雙向快速來回，反覆沖洗 管壁達到水流逆洗作用，透過水流以微波方式沖洗管壁凹_縫處之卡 垢達到螺旋波橫洗作用，最後在管内真空產生高周波，製造大量水泡以 水泡破裂震盪使異物剝離管壁達到高周波剝離作用。 狀況排除5:於開始清洗4過程中可能會發生不可預期的機器故障、 水管線路漏水料狀況’此時透聊時之狀況排除5對建築物水管線路、 微電腦控制器及空壓機做最適當之保護。 檢驗和記錄6 :最後該檢驗和記錄6係於清洗前、中後各對水質取 樣，並對水質做_，關度計檢珊猶、狀水_度，以量杯記錄 8 200934593 •清洗前、後之水流量，且以内視鏡檢查清洗前、後水管線路之内壁；藉此 確保建築物每-水管線路都能徹底洗淨，即可完成清洗7。 由上所述者僅為用以解釋本發明之較佳實施例，並非企圖具以對本發 明做任何形式上之限制，是以，凡有在相同之發明精神下所做有關本發明 之任何修賊變更者，為其他可據以實施之雜且具有相同效果者，皆仍 應包括在本發明意圖保護之範鳴内。 综上所述’本發明之「給水管清洗方式」，於結構設計及使用實用性上， 〇確實符合實用性，且所揭露之結構發明，亦是具有前所未有之創新構造， 所以其具有「新穎性」應無疑慮，又本發明可較之習用結構更具功效之增 $，因此亦具有「進步性」，其完全符合我國專利法有關發明專利中請之規 定’故’爰依法向鈞局提出發明專利申請，_釣局能早曰賜予本案 專利權，至感德便。 【圖式簡單說明】 第一圖係本發明給水管清洗方式之實施流程示意圖。 【主要元件符號說明】 1勤前檢查 4開始清洗 7完成清洗 2迴路判斷 5狀況排除 3設備安裝 6檢驗和記錄200934593 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a method for cleaning a water supply pipe, and more particularly to a method for cleaning a water pipe in a building to clean the inner wall of the water pipe, Impurities such as dirt and rust. [Prior Art] Hydrogen peroxide is a compound that is localized on the surface of the earth, and is self-contained by changes in its solid, liquid, and gaseous states. The cyclical H is presented at normal temperature and f is in the top state. This compound is not alive. Or lack of "water." Water is used in daily life, mainly for ploughing and cleaning, as well as for eating and drinking. Washing clean water's water quality itself has a certain degree of cleanliness, and the benefits of flushing and drinking water will enter directly. In the human body, the water quality requirements are even more general. However, the general tap water has been heavily polluted before being sent to users for use, water pollution, reservoir pollution, pipeline pollution, reservoir pollution, water tower pollution, etc. Among them, the most difficult to clean the pipeline is due to the fact that most of its pipelines are buried. In the ground or in the wall, the difficulty of cleaning is different from the rest of the water storage mechanism. Please refer to the Republic of China Patent Application No. 〇9 510 6181 "Pulse Ozone Descaling Method for Building Water Systems", which is a pulsed ozone descaling method for building water systems, when descaling is performed. Firstly, the water pipes of each household are closed, and then the ozone generating mechanism is started to make the water through the ozone to form the oxygen water, and stay in the reservoir, the water pipe and the towel. After the scheduled time, the water tower will store the water pool and the water. The water in the pipe and the water tower is discharged. 'Complete the cleaning of the water storage tank, the water pipe and the water tower; then the water pressure is measured by the pressure gauge in each household pipe, and the water supply is set in the water tap. Oxygen pulse thief force and pulse time, then open 5 200934593, ', the water pipe of the water pipe, with the cooperation of oxygen pulse force and pulse time, so that the ozone water is transferred to the "money view between the money." Secret, can achieve effective and simple water secret age scale, eliminate the taste, and clear the mud method. ν Although the effect of the water secret Wei, the effect of fine riding is not ideal, its existence is missing; 1 π wash process towel is not hot Do the control, the stomach caused the pipeline cleaning is not complete. 2 · The cleaning water flow is only one-way intermittent impulse outflow silk back flushing effect, easy to clean and not clean. π washing process towel inspection and recording, can not be controlled Washing the nucleus and chasing the nails for the washing process. , 'Ding, as mentioned above, 'the water pipe cleaning method used in the past has indeed been unsatisfactory, and, in the case of people, Lili Zhuang heavy Ha quality, provide _ efficient tube The road cleaning process and method are bound to become the subject of increasing attention and attention. [Invention content] This month's water supply officer cleaning method mainly provides an efficient water pipe line cleaning process, which is used as a clean and difficult to clean water pipe line. The standard procedure can effectively clean all the fine water pipelines of the building through the invention, and the _ water flow flushing mode can rust the dirt in the wall of the new parent, and can record the water quality condition for thorough washing. In order to achieve the purpose of the invention, the "water supply pipe cleaning method" includes the pre-deep inspection, the pen judged the silk, the washing, the age and the final inspection and recording. Whether it is fortune or not, so that the Xiaonian (10) green wash will cause damage to it. Then, the loop will judge the total water inlet of the water pipe line of each floor. If there is an unrecognizable water outlet pipe, the water will be turned on and the remaining water will be closed. ^, by the drowning water ^ to reverse the chasing; loop judgment _ by--for each circuit to do equipment installation, start cleaning, staff water u set micro-power 6 200934593 brain controller and air compressor, and driven by the microcomputer controller The air compressor produces four kinds of washing processes such as straight flushing, backwashing, spiral wave washing and high-frequency stripping, and at the same time, it can eliminate the uncertainties that may occur in machine failure, water pipe leakage, etc., and finally check and record cleaning. The sewage generated by the process and the cleaned water are used as the date for statistically estimating the next washing process, thus completing the cleaning of the water pipe line. Through the "water supply pipe cleaning method" of the present invention, it is indeed more efficient to achieve the cleaning of the water pipe line, and through the pre-dock inspection and the condition elimination, the water pipe line can be detected and monitored in advance or immediately, and the water pressure during the cleaning is avoided. Destruction of the water line. Therefore, the present invention can be said to be a practical and progressive creation, which is quite worthy of promotion by the industry and is publicized to the public. [Embodiment] The present invention relates to a water supply pipe cleaning method, as shown in the first figure, the overall process includes pre-during inspection 1, circuit judgment 2, equipment installation 3, start cleaning 4, condition elimination 5, and The final inspection and record 6 is completed with cleaning 7. Pre-dock inspection 1: Mainly check whether the water line is leaking. You can confirm the age of the building owner or the building or the person in charge of the building. If the house is too old, it should be judged according to the situation to avoid cleaning. All the faucets or water outlets of the building, and check whether the water stop pad in the toilet leaks water, observe whether the most fretting pointer of the water meter moves. If there is movement, it means that the building pipeline is leaking, avoiding the cleaning operation, and then performing the follow-up after the repair is completed. Cleaning action; and confirming that all water pipes are connected without electrical appliances through the pre-dock inspection 1 to avoid damage to the electrical appliances during the cleaning process, and before the cleaning starts, the water flow detection and the water heater detection are performed beforehand, and the flow detection is used to determine whether the water flow before and after the cleaning changes. Large, and through the water heater test to confirm whether the water flow of the water pipe line is enough to ignite the water heater. 7 200934593 Loop judgment 2: When the pre-during check 1 is completed, the loop judgment 2 is started. The loop judgment 2 is to find the total water inlet of the building as the setting place of the microcomputer controller and the air compressor, such as a building general apartment. The total water inlet of the house should be located near the water heater. If the house is a transom, there will be multiple total water inlets. If the total water inlet of the water outlet cannot be confirmed, the water outlet will be opened. The remaining water outlets are closed, and the outlet is inflated for reverse tracking to confirm where the total water inlets of all the water outlets are. Equipment Installation 3: When the loop judgment 2 is completed, the equipment installation 3 is started. The air compressor and the micro-switch controller are installed at the total water outlet and the total water outlet is closed to complete the equipment installation. Start cleaning 4 · After the equipment installation 3 is completed, the cleaning can be started. 4. At the beginning of cleaning 4, first open the water line to be cleaned and close the remaining water lines, then open the switch at the main water inlet and start the air compressor. And the microcomputer controller, after cleaning the first water pipe line, then opening the second water pipe line to be cleaned, then closing the previously cleaned water pipe line, and so on; the microcomputer controller drives the air compressor At the beginning of cleaning 4, there will be four kinds of washing processes, such as straight flushing, backwashing, spiral wave washing and high-frequency stripping. The pressure shock wave will generate strong water sputum, and the dirt in the flushing pipe will directly reach the water planting straightening action. The water wave is reversed and reciprocated in two directions, and the wall is repeatedly washed to achieve the backwashing effect of the water flow. The water is flushed by the water flow to the surface of the concave wall of the tube wall to achieve the spiral wave transverse washing effect, and finally the vacuum is generated in the tube to generate a large number of blisters. The blisters rupture and oscillate to cause the foreign matter to peel off the wall to achieve high-frequency peeling. Condition Exclusion 5: Unexpected machine failure and water line leakage condition may occur during the start of cleaning 4. 'The situation at the time of the conversation is 5. The most appropriate for building water lines, microcomputer controllers and air compressors. Protection. Inspection and Recording 6: Finally, the inspection and recording 6 is to sample the water quality before, during and after the cleaning, and to do the water quality, and to check the water quality, and to measure the water volume. 8 200934593 • Before cleaning, After the water flow, and the inner wall of the water pipe before and after cleaning is checked by an endoscope; thereby ensuring that the water-line of the building can be thoroughly washed, the cleaning can be completed. The above is only a preferred embodiment for explaining the present invention, and is not intended to impose any form limitation on the present invention, so that any modification related to the present invention in the spirit of the same invention is made. The thief changer, which is otherwise exemplified and has the same effect, should still be included in the fan of the intention of the present invention. In summary, the "water supply pipe cleaning method" of the present invention is practical in terms of structural design and practical use, and the disclosed structural invention has an unprecedented innovative structure, so that it has "newness". Sexuality should be undoubtedly considered, and the invention can be more effective than the conventional structure. Therefore, it is also "progressive", which is in full compliance with the requirements of the invention patents in the Chinese Patent Law. To file an invention patent application, the fishing bureau can give the patent right in the case as soon as possible. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic diagram of the implementation flow of the water supply pipe cleaning method of the present invention. [Explanation of main component symbols] 1 Pre-diligence inspection 4Start cleaning 7Complete cleaning 2 Circuit judgment 5 Condition elimination 3 Equipment installation 6 Inspection and recording