TWM396710U

TWM396710U - Water saving device of reverse osmosis pure water machine

Info

Publication number: TWM396710U
Application number: TW99212308U
Authority: TW
Inventors: Hui-Yan Lin
Original assignee: Hui-Yan Lin
Priority date: 2010-06-29
Filing date: 2010-06-29
Publication date: 2011-01-21

Description

M396710 _'一 099年11月08日按正替換頁五、新型說明：【新型所屬之技術領域】 [0001] 本創作是有關一種逆滲透純水機之節水裝置，尤指一種可有效回收逆滲透純水機之排放廢水，並將該回收之廢水重覆導入水源中供製造潔淨水，以降低潔淨水製造及沖洗過程中之廢水比例，達到節水之效果。【先前技術】 [0002] 隨著各種水源水質的惡化以及輸水管線老舊，加以M396710 _'November 08, 2010, according to the replacement page 5, the new description: [New technology field] [0001] This creation is related to a water-saving device for reverse osmosis pure water machine, especially an effective recovery The wastewater discharged from the pure water machine is infiltrated, and the recovered wastewater is repeatedly introduced into the water source for manufacturing clean water to reduce the proportion of waste water in the clean water manufacturing and washing process, thereby achieving the effect of water saving. [Prior Art] [0002] With the deterioration of water quality of various water sources and the old water pipelines,

為殺菌而投入的氣系殺菌劑導致自來水的污染，致使目前的自來水不可避免地具有難聞的味道，再者，目前所廣泛應用的氯系殺菌劑根本無法撲滅隱孢子蟲等寄生性原蟲，亦造成新的健康損害問題；因此，以具有更高度精製能力之逆滲透膜的淨水器取代向來廣用的一般活性碳濾水器，確已提供解決上述問題的方向。 [0003] 傳統的逆滲透膜淨水器結構，乃如第1圖所示，其係公告第438623號「逆滲透膜型淨水器」發明專利案之一實施例圖，其揭示了一典型的逆滲透膜淨水器結構，主要包括：一逆滲透膜單元1 0、一儲水箱4 0、一活性碳單元5 Ο 1，該儲水箱40設置於較水龍頭更為上方之位置，自水源供應的自來水是先通過第一預濾器3 0 1 (孔徑約5微米），經過除氣離子之預碳濾水器3 0 2與第二預濾器3 0 3 (孔徑約1微米）、被送到逆滲透膜單元1 0，在此，為要增加在逆滲透膜單元1 0的渗透流水量，應其必要時在加壓系2 0加高水壓，加壓的程度雖因應上水源壓力而不同，不過因通常的水源的表單編號A0101 苐4頁/共19頁 099年11月08日按正替换頁壓力疋約每平方公分2〜3公斤，所以平均可加壓到約每平方公分5〜6公斤，2 ο 1為電磁閥，在此逆滲透膜單元1 G的製水過程裡，為要糊施加精製處理，要在具備著流量調整器以及沖洗用電磁閥等壓力調整元件 7 0中，適當地調整精製處理時的壓力，由逆滲透膜單元10精製的自來水（潔淨水），經過電磁閥4〇1被導入儲水箱4 G儲存’當水龍頭8 Q被打開時，該儲水箱4 0内之潔淨水即藉儲水箱4 〇内部設定壓力供往活性碳單元5 Ο 1，而能輕易地提供飲用。在此逆滲透膜型淨水器裏，當儲水箱4 Q裏已儲存足夠量（此量可適予設定）的精製水’或自來冬源之，壓力太牴時，電磁閥 2 Ο 1是關閉著（電磁閥4 也與電磁閥2 Ο 1連動而關閉著）的緣故，藉由逆滲透膜單元1〇所作的自來水精製處理就被停止了；而當儲水箱4 〇内的儲水量減少時（此量可適予設〇，電磁閥2〇1與電磁間4〇 1會連動著打開的’藉由逆滲透膜單元丄〇的自來水精製處理即告開始，潔淨水也會開始教入儲水箱4 〇，或提供水龍頭8 0端之供水使用。 [0004] 然而’上述之傳統逆滲透膜型淨水器結構其於使用淨水過程中，其由於必須時常以已初_叙清水沖洗該逆滲透膜單元1 〇，以保持料滲相單元i 〇之渡淨效果，因此在沖洗過程會產生大量的沖洗廢水（通; 每產生1份的純水，大約會產生3至5份的沖洗廢水），而該廢水通常缺乏有效的回收機制加以回收利用而任其排放，致使其使用時因為浪費大量水源而降低了整體表單編號A0101 第5頁/共19頁 M396710 __ I 099年11月08日修正替换頁之經濟效益，此為傳統逆滲透膜型淨水器應用上之一大瓶頸。 [0005] 有鑑於習見逆滲透膜型淨水器結構有上述之缺點，創作人乃針對該些缺點研究改進之道，終於有本創作產生0 【新型内容】The gas germicide that is put into the sterilizing causes the pollution of the tap water, so that the current tap water inevitably has an unpleasant taste. Moreover, the currently widely used chlorine-based bactericide cannot extinguish the parasitic protozoa such as Cryptosporidium. It also causes new health damage problems; therefore, replacing the widely used general activated carbon water filter with a water purifier with a more highly refined reverse osmosis membrane has indeed provided a solution to the above problems. [0003] A conventional reverse osmosis membrane water purifier structure is shown in FIG. 1 and is an example of an invention patent of "Reverse osmosis membrane type water purifier" No. 438623, which discloses a typical example. The reverse osmosis membrane water purifier structure mainly comprises: a reverse osmosis membrane unit 10, a water storage tank 40, an activated carbon unit 5 Ο 1, and the water storage tank 40 is disposed above the faucet, from the water source. The tap water supplied is first passed through a first pre-filter 3 0 1 (pore size about 5 μm), a pre-carbon filter 3 0 2 through a degassing ion, and a second pre-filter 3 0 3 (pore size about 1 μm). To the reverse osmosis membrane unit 10, here, in order to increase the amount of permeate flow in the reverse osmosis membrane unit 10, it is necessary to increase the water pressure in the pressurizing system 20 if necessary, and the degree of pressurization depends on the water source pressure. It is different, but the form number of the usual water source is A0101 苐 4 pages / 19 pages total, November 08, 099. According to the positive replacement page pressure, about 2 to 3 kg per square centimeter, so the average can be pressurized to about every square centimeter. 5 to 6 kg, 2 ο 1 is a solenoid valve, in the process of water production of the reverse osmosis membrane unit 1 G, In the pressure applying element 70 such as the flow rate adjuster and the flushing electromagnetic valve, the pressure at the time of the refining treatment is appropriately adjusted, and the tap water (clean water) purified by the reverse osmosis membrane unit 10 passes through the electromagnetic The valve 4〇1 is introduced into the water storage tank 4G to store. When the faucet 8 Q is opened, the clean water in the water storage tank 40 is supplied to the activated carbon unit 5 Ο 1 by the internal set pressure of the storage tank 4 而Drinking is provided. In this reverse osmosis membrane type water purifier, when a sufficient amount (this amount can be set) of purified water has been stored in the storage tank 4 Q or the source of the winter source, the pressure is too high, the solenoid valve 2 Ο 1 It is closed (the solenoid valve 4 is also closed in conjunction with the solenoid valve 2 Ο 1), and the tap water refining treatment by the reverse osmosis membrane unit 1 停止 is stopped; and when the water storage tank 4 is 储When the amount is reduced (this amount can be set, the solenoid valve 2〇1 and the electromagnetic chamber 4〇1 will be linked to open.) The tap water refining treatment by the reverse osmosis membrane unit begins, and the clean water will begin to teach. Into the water tank 4 〇, or provide water supply for the faucet 80. [0004] However, the above-mentioned traditional reverse osmosis membrane type water purifier structure is used in the process of using clean water, because it must always be Rinse the reverse osmosis membrane unit 1 〇 to maintain the net effect of the permeation unit i ,, so a large amount of rinsing wastewater is generated during the rinsing process (pass; about 3 to 5 parts per 1 part of pure water is produced) Flushing wastewater), and the wastewater usually lacks effective recycling The mechanism is recycled and allowed to be discharged, resulting in a reduction in the overall form number A0101 Page 5 of 19 M396710 __ I November 10, 2010 Correction of replacement page economic benefits, which is traditional A large bottleneck in the application of reverse osmosis membrane type water purifiers. [0005] In view of the above-mentioned shortcomings of the reverse osmosis membrane type water purifier structure, the creator is studying the improvement of these shortcomings, and finally the creation of this creation 0 [New content]

[0006] 本創作之主要目的在於提供一種逆滲透純水機之節水裝置，其可大量回收逆渗透膜之沖洗廢水，並將該回收之廢水導入水源混合，以降低整體淨水及沖洗過程之廢水排放比例。 [0007] 本創作之另一目的在於提供一種逆滲逸純水機之節水裝置，其可利用一三通閥巧妙地連接回收逆滲透膜造水或沖洗過程所產生之廢水，並至少將該部份廢水重複輸回過濾造水，以降低廢水之排放比例，進而提昇整體用水之經濟效益。 [0008] 為達成上述目的及功效，本創作所採行的技術手段包括：一逆滲透膜單元，具有一可供導入水源之入水端、一可供經逆滲透膜單元處理之潔淨水流出的潔淨出水端、一可供沖洗逆滲透膜單元之廢水流出的廢水出水端，該廢水出水端經一壓力調整元件及一排水開關閥後連接一三通閥，由該三通閥分流連接一廢水排放口及一回收混合容器；一加壓泵，設於該逆滲透膜單元之入水端，以供加壓該水源之水壓；一潔淨水容器，設於該逆滲透膜單元之潔淨出水端，以供容置該逆滲透膜單元處理表單編號A0101 第6頁/共19頁 M396710 099年11月08日核正替换頁後之潔淨水；該回收混合容器，具有一廢水入水端、一水源導入端、一混合出水端，該廢水入水端係與上述三通閥之一分路相連通，以供導入該沖洗逆滲透膜單元之廢水，水源導入端係可導入水源水，以與該回收混合容器内之廢水相混合，而該混合出水端則可將混合之水源水與廢水導至加壓泵，以將該廢水重覆回收使用。 [0009] 依上述結構，其中該三通閥之廢水排放口更可連通一回收容器，以供容置該廢水，並提供其它非人體使用[0006] The main purpose of the present invention is to provide a water-saving device for a reverse osmosis pure water machine, which can recover a large amount of washing wastewater of a reverse osmosis membrane, and introduce the recovered wastewater into a water source to reduce the overall water purification and washing process. The proportion of wastewater discharged. [0007] Another object of the present invention is to provide a water saving device for a reverse osmosis pure water machine, which can be used to carefully connect the waste water generated by the reverse osmosis membrane water-making or rinsing process by using a three-way valve, and at least Part of the wastewater is repeatedly returned to the filtered water to reduce the proportion of wastewater discharged, thereby improving the overall economic benefits of water. [0008] In order to achieve the above object and effect, the technical means adopted by the present invention include: a reverse osmosis membrane unit having a water inlet end for introducing water, and a clean water for treatment by the reverse osmosis membrane unit. a clean water outlet end, a waste water outlet end for discharging the waste water of the reverse osmosis membrane unit, the waste water outlet end is connected to a three-way valve via a pressure adjusting component and a drain switch valve, and the three-way valve is connected to a waste water by a three-way valve a discharge port and a recovery mixing container; a pressure pump disposed at the water inlet end of the reverse osmosis membrane unit for pressurizing the water pressure of the water source; and a clean water container disposed at the clean water outlet end of the reverse osmosis membrane unit For the purpose of accommodating the reverse osmosis membrane unit processing form No. A0101 Page 6 / 19 pages M396710 November 10, 2008, after the replacement of the clean water; the recovery mixing container, with a wastewater into the water, a water source The introduction end and a mixed water outlet end, the waste water inlet end is connected to one of the three-way valves, for introducing the waste water of the flush reverse osmosis membrane unit, and the water source introduction end can be introduced into the water source water. The wastewater is mixed with the waste water in the recovery mixing vessel, and the mixed water outlet can direct the mixed source water and waste water to a pressurizing pump to repeatedly recycle the wastewater. [0009] According to the above structure, the waste water discharge port of the three-way valve is further connected to a recovery container for accommodating the waste water and providing other non-human use.

[0010] 依上述結構，其中該逆净透膜單元幾水源之間另設有一前置過濾組件，該前置過濾‘組件係由莖少一可過濾水中顆粒雜質之過濾單元所組成。 [0011] 依上述結構，其中該加壓泵與水源之間設有一主控制閥，以控制該水源水流入加壓栗。 [0012][0010] According to the above structure, a pre-filter assembly is further disposed between the water source of the reverse permeable membrane unit, and the pre-filter ‘component is composed of a filter unit having less stems and filtering particulate impurities in the water. [0011] According to the above structure, a main control valve is provided between the pressure pump and the water source to control the flow of the source water into the pressurized pump. [0012]

為使本創作的上述目的、功效及特徵可獲致更具體的暸解，茲依下列附圖說明如下：【實施方式】 [0013] 請參第2圖所示，明顯可看出，本創作主要包括：逆滲透膜單元1、加壓泵2、前置過濾、組件3、潔淨水容器4、後部過濾殺菌組件5及回收混合容器6等部份，其中該逆滲透膜單元1具有一可供導入一初級過濾水源之入水端11、一可供經逆滲透膜單元1處理之潔淨水流出的潔淨出水端1 2、一可供沖洗逆滲透膜單元1 之廢水流出的廢水出水端1 3，該廢水出水端1 3經一表單編號A0101 第7頁/共19頁In order to achieve a more specific understanding of the above objects, functions and features of the present invention, the following figures are described as follows: [Embodiment] [0013] Referring to FIG. 2, it can be clearly seen that the present invention mainly includes : a reverse osmosis membrane unit 1, a pressure pump 2, a pre-filter, a module 3, a clean water container 4, a rear filter sterilization unit 5, and a recovery mixing container 6, etc., wherein the reverse osmosis membrane unit 1 has an inlet for introduction a water inlet end 11 of the primary filtered water source, a clean water outlet end for the clean water discharged through the reverse osmosis membrane unit 1, and a waste water outlet end 13 for discharging the waste water of the reverse osmosis membrane unit 1 Wastewater outlet end 1 3 via a form number A0101 Page 7 of 19

099年11月08日修正替换頁I 壓力調整元件14及一排水開關閥15後連接一三通閥 16 ’再經由三通閥16分流連接一廢水排放端1 7及一回收水端1 8，該排水開關閥1 5係與一加壓泵2之開關閥或主控制閥2 1同步連動，以使造水與廢水排放操作同步；即該加壓泵2係經由一裝設在自體上之一開關閥（2 1 )或裝設於過濾前水源與加壓泵2之間的主控制閥2 1加以控制開啟或關閉其運作，該加壓泵2控制加壓以形成該過濾前水源之水壓；該前置過渡組件3On November 8, 099, the replacement page I is connected to the pressure adjusting element 14 and a drain switch valve 15 and then connected to a three-way valve 16' and then connected via a three-way valve 16 to a waste water discharge end 17 and a recovery water end 18. The drain switch valve 15 is synchronously linked with the on-off valve of the pressurizing pump 2 or the main control valve 21 to synchronize the water making with the waste water discharge operation; that is, the pressurizing pump 2 is mounted on the body by itself. An on-off valve (2 1 ) or a main control valve 21 installed between the pre-filtration water source and the pressurizing pump 2 controls the opening or closing of the operation, and the pressurizing pump 2 controls the pressurization to form the pre-filtering water source. Water pressure; the front transition assembly 3

較常見的係由一孔徑約5微米之第一過濾單元3 1，一可濾除氣離子之第二過濾單元3 2，以及一孔徑約1微米之第三過濾單元3 3所組成，.，嗔上啐組•專可依實際需要另加以增刪’以將水源水進4亍，初步，乏雜質，過渡，再由入水端1 1導入該逆滲透膜單元1 ’潔淨水容器4係連通於該逆滲透膜單元1之潔淨出水端1 2，其間可再利用一潔淨水收集控制閥41，以利於在潔淨水容器4充滿（高壓狀態）或未充滿（低壓狀態）時，分別控制該流路之啟閉（省略亦可），後部過.渡殺菌組件5係設置於該潔淨水容器4與輸出水龍頭8之間，其可由一活性碳單元5 1，以及/或一紫外線殺菌單元5 2所組成（其可依實際需要予以增刪），藉以使逆滲透膜單元丄處理後之潔淨水進一步潔淨後由水龍頭8流出；回收混合谷器6具有一廢水入水端6 2、一水源導入端6 3、一混合出水端6 4，該廢水入水端6 2係透過一回收水閥 6 1連接上述回收水端1 8，可控制該逆參透膜單元1 導出之廢水被引入該回收混合容器6，該水源導入端6 3係可導入一原始水源之水，並與該回收混合容器6内表單編號A0101 第8頁/共19頁 M396710 099年11月08日按正替換頁之廢水充份混合以形成回收混合水，再而該混合出水端 6 4則可將該回收混合水導至前置過濾組件3之前；再而該三通閥1 6所分流之廢水排出端，亦可經由一廢水排放控制閥7 1連通於一廢水排放口 7 3，或在先行連接一回收容器7之廢水流入口 72，再由該回收容器7 設置一該廢水排放口 7 3。 [0014] 上述結構於實際應用時，外部原始水源之水可先行The more common one consists of a first filter unit 3 1 having a pore size of about 5 μm, a second filter unit 3 2 capable of filtering out gas ions, and a third filter unit 3 3 having a pore size of about 1 μm.嗔上啐组•Specially add or delete according to actual needs' to feed the water source into 4亍, preliminary, lack of impurities, transition, and then introduce the reverse osmosis membrane unit 1 into the water inlet end 1 'Clean water container 4 is connected to The clean water outlet end 12 of the reverse osmosis membrane unit 1 can be reused with a clean water collection control valve 41 to facilitate control of the flow when the clean water container 4 is full (high pressure state) or not full (low pressure state) The opening and closing of the road (omitted), the rear sterilizing unit 5 is disposed between the clean water container 4 and the output faucet 8, which may be an activated carbon unit 51, and/or an ultraviolet sterilizing unit 5 2 The composition (which can be added or deleted according to actual needs), so that the clean water after the reverse osmosis membrane unit is further cleaned and then discharged from the faucet 8; the recovery mixed tank 6 has a wastewater inlet end 6 2, a water source introduction end 6 3, a mixed water 6 4, the wastewater inlet end 6 2 is connected to the recovery water end 18 through a recovery water valve 61, and the wastewater derived from the reverse permeation membrane unit 1 can be controlled to be introduced into the recovery mixing container 6, the water source introduction end 6 3 The water of a raw water source can be introduced, and mixed with the waste water of the positive replacement page in Form No. A0101, page 8 of 19, in the recycled mixed container 6 to form recycled mixed water, and then The mixed water outlet 64 can be used to guide the recovered mixed water to the pre-filter assembly 3; and the waste water discharge end branched by the three-way valve 16 can also be connected to the waste water discharge control valve 71. A waste water discharge port 73, or a waste water inlet 72 connected to a recovery container 7, and a waste water discharge port 73 is disposed from the recovery container 7. [0014] When the above structure is applied in practice, the water of the external original water source may be used first.

經由水源導入端6 3導入回收混合容器中，與回收入該容器之廢水相混合形成回收混合水，再由混合出水端6 4連接供給至前過濾組件3之入水端；由加壓泵2加壓並經前置過濾組件3初步過濾後形成初ϋ濾水源，再導入逆滲透膜單元1，而由該逆滲透膜單元1處理後之潔淨水，經水龍頭8提供使用，或可被導入潔淨水容器 4内於一適當壓力下儲存，當該水龍頭8開啟時，該潔淨水會經由後部過濾殺菌組件5 (活性碳單元5 1、紫外線殺菌單元5 2)進一步潔淨化，最後由該水龍頭8 向外流出；而該沖洗逆滲透膜單元1之廢水，則可由廢水出水端1 3流出，並經壓力調整元件1 4及排水開關閥1 5之控制後，流至三通閥1 6進行分流，藉由該三通閥1 6可透過回收水閥6 1及廢水排放控制閥7 1，分別控制進入回收水端18及廢水排放端17之分水流，使至少一部份之廢水可通過回收混合容器6廢水入水端6 2流入回收混合容器6内，並由該水源導入端6 3 導入原始水源之水，使該原始水源水得以在回收混合容器6内，與該經由廢水入水端6 2回收之廢水，充分混表單編號Α0101 第9頁/共19頁 M396710 099年11月08日修正替换頁合而形成回收混合水，並使該回收混合水由混合出水端 6 4連接且輸入在前置過濾、組件3之前，藉以在通過前置過濾組件3之後，再進入逆滲透膜單元1進行純淨水製造，如此使得該原本欲排放之廢水，得以被回收並混合形成回收混合水，再被重覆回輸入待濾水端加以再利用，以減少製造單位淨水所需要排放之廢水比例；而若該潔淨水容器4與回收混合容器6之内均已充滿水或完全無過濾水源時，則經由該回收混合容器6内所預設之原始水源開關閥6 5 (如浮球開關）及液位感知器6 6 ，仍得以傳達信號以控制該排水開關閥1 5及該開關閥或主控制閥2 1及加壓泵之停止供水伟；該廢水排放控制閥7 1將廢水經一排放口直接導出排放或流入回收容器7儲存，待需要時，可隨時由廢水排放口 7 3取用該回收容器7儲存之廢水；藉此，使該沖洗逆滲透膜單元1之廢水得以被充份地回收再重覆利用，進而可降低整個淨水過程程中，因大量廢水排放而造成之水資源浪費，大幅提昇逆滲透膜淨水裝置之使用經濟效益。 [0015] 綜合以上所述，本創作逆滲透純水機之節水裝置確可達成降低用水的耗費、提昇經濟效益之功效，實為一具新穎性及進步性之創作，爰依法提出申請新型專利；惟上述說明之内容，僅為本創作之較佳實施例說明，舉凡依本創作之技術手段與範疇所延伸之變化、修飾、改變或等效置換者，亦皆應落入本創作之專利申請範圍内【圖式簡單說明】表單編號A0101It is introduced into the recovery mixing container via the water source introduction end 63, mixed with the waste water recovered from the container to form the recovered mixed water, and then connected to the water inlet end of the front filter assembly 3 by the mixed water outlet end 64; Pressing and pre-filtering through the pre-filter assembly 3 to form a primary filtered water source, and then introducing the reverse osmosis membrane unit 1, and the clean water treated by the reverse osmosis membrane unit 1 is supplied through the faucet 8, or can be introduced into the clean The water container 4 is stored under a suitable pressure. When the faucet 8 is opened, the clean water is further cleaned by the rear filter sterilization unit 5 (the activated carbon unit 51 and the ultraviolet sterilization unit 52), and finally the faucet 8 is finally cleaned. The wastewater flowing out of the reverse osmosis membrane unit 1 can be discharged from the waste water outlet end 13 and controlled by the pressure adjusting element 14 and the drain switch valve 15 to flow to the three-way valve 16 for diversion. The three-way valve 16 can control the water separation flow entering the recovery water end 18 and the waste water discharge end 17 through the recovery water valve 61 and the waste water discharge control valve 71, so that at least a part of the waste water can be recovered. Mixed The container 6 wastewater into the water end 6 2 flows into the recovery mixing container 6, and the water source introduction end 6 3 is introduced into the water of the original water source, so that the original water source water can be recovered in the recovery mixing container 6, and recovered through the wastewater inlet end 6 2 Waste water, fully mixed form number Α0101 Page 9 of 19 M396710 Modified on November 8, 099 to replace the combined form to form a recycled mixed water, and the recovered mixed water is connected by the mixed water end 6 4 and input in the front Before filtering, before the assembly 3, after passing through the pre-filter assembly 3, the reverse osmosis membrane unit 1 is again subjected to pure water production, so that the waste water originally intended to be discharged can be recovered and mixed to form a recycled mixed water, and then heavy Returning the input water to be filtered and reused to reduce the proportion of waste water required to be produced by the unit water purification; if the clean water container 4 and the recovery mixing container 6 are filled with water or completely unfiltered water source, then Through the original water source switching valve 65 (such as a float switch) and the liquid level sensor 6 6 preset in the recovery mixing container 6, the signal is still transmitted to control the drain switch valve 15 and The switch valve or the main control valve 21 and the pressure pump stop the water supply; the waste water discharge control valve 71 directly discharges the waste water through a discharge port or flows into the recovery container 7 for storage, and can be used at any time by the waste water discharge port when needed 7 3, the waste water stored in the recovery container 7 is taken; thereby, the waste water of the flush reverse osmosis membrane unit 1 can be fully recovered and reused, thereby reducing the entire water purification process due to a large amount of wastewater discharge The waste of water resources has greatly increased the economic benefits of the use of the reverse osmosis membrane water purification device. [0015] In summary, the water-saving device of the reverse osmosis pure water machine can achieve the effect of reducing water consumption and improving economic benefits, and is a novel and progressive creation, and submits a new patent application according to law. However, the contents of the above descriptions are only for the description of the preferred embodiments of the present invention. Any changes, modifications, changes or equivalents that are extended by the technical means and scope of the creation should also fall into the patent of this creation. Within the scope of application [Simple description of the drawing] Form No. A0101

第10頁/共19頁 M396710 099年11月08日修正替换頁 [0016] 第1圖係習見逆滲透膜型淨水器之結構示意圖。 [0017] 第2圖係本創作之構造示意圖。【主要元件符號說明】 [0018] 1、10____逆滲透膜單元 [0019] 11____入水端 [0020] 12____潔淨出水端 [0021] 13____廢水出水端Page 10 of 19 M396710 Revised replacement page on November 8, 099 [0016] Fig. 1 is a schematic view showing the structure of a reverse osmosis membrane type water purifier. [0017] Figure 2 is a schematic diagram of the construction of the present invention. [Main component symbol description] [0018] 1, 10____ reverse osmosis membrane unit [0019] 11____ water inlet end [0020] 12____ clean water outlet [0021] 13____ wastewater outlet end

[0022] 14____壓力調整元件 [0023] 15. ...排水開關閥 [0024] 16. ...三通閥 [0025] 17. ...廢水排放端 [0026] 18. ...回收水端 [0027] 2 > 2 0....加壓系； [0028] 21. ...開關閥或主控制閥 [0029] 201 、401...電磁閥 [0030] 3.. ...前置過渡組件 [0031] 31. ...第一過濾單元 [0032] 32. ...第二過濾單元 [0033] 33. ...第三過濾單元 [0034] 301 ...第一預濾器表單编號A0101 第11頁/共19頁 M396710 099年11月08日接正替换頁 [0035] [0036] [0037] [0038] [0039] [0040] [0041] [0042] [0043] [0044] [0045] [0046] [0047] [0048] [0049] [0050] [0051] [0052] [0053] 302.. .預碳濾水器 303.. .第二預濾器 4.....潔淨水容器 4 0....儲水箱 5 .....後部過濾殺菌組件 51、501...活性碳單元 5 2....紫外線殺菌單元 6 .....回收混合容器 61____回收水閥 62.. ..廢水入水端 63.. ..水源導入端 64.. ..混合出水端 6 5....原始水源開關 6 6....液位感知器 7 .....回收容器 71 ____廢水排放控制閥 72 ____廢水流入口 73.. ..廢水排放口 70____壓力調整元件第12頁/共19頁14002 Pressure adjusting element [0023] 15. Drain switch valve [0024] 16. Three-way valve [0025] 17. Waste water discharge end [0026] 18. Recycling Water end [0027] 2 > 2 0....Pressure system; [0028] 21. Switching valve or main control valve [0029] 201, 401... Solenoid valve [0030] 3.. .. pre-transition assembly [0031] 31. ... first filter unit [0032] 32. ... second filter unit [0033] 33. ... third filter unit [0034] 301 ... A pre-filter form number A0101 page 11 / 19 pages M396710 November 10, 2010, the replacement page [0035] [0037] [0038] [0040] [0042] [0042] [0046] [0048] [0040] [0053] [0053] 302.. Pre-carbon water filter 303.. Second pre-filter 4 ..... clean water container 4 0....storage tank 5 ..... rear filter sterilization assembly 51, 501... activated carbon unit 5 2.... ultraviolet sterilization unit 6 ..... Recycling mixing container 61____Recovery water valve 62... Wastewater into the water end 63... Water source introduction end 64... Mixing water end 6 5....Original water source switch 6 6....Level sensing 7 ..... recycling container 71 ____ wastewater discharge Release control valve 72 ____ Wastewater inlet 73.. .. Wastewater discharge port 70____ Pressure adjustment element Page 12 of 19

表單編號A0101 M396710 [0054] 8、80.. ..水龍頭 099年11月08日修正替换頁表單編號A0101 第13頁/共19頁Form No. A0101 M396710 [0054] 8, 80.. .. Faucet November 8, 2008 Correction Replacement Form Form No. A0101 Page 13 of 19

Claims

099年11月08日隹正替換頁_ 六、申請專利範圍： 1 種逆滲透純水機之節水 -逆渗透膜單元，夏有' :至少包括：過據水源之入水前置過滤組件之初級流Ψ A #」、二逆滲遠骐單元處理之潔淨水机出的潔淨出水端、一可的廢水出水端； Μ料透膜單元之廢水流出 —加壓泵，設於該逆渗透膜單元之人水端，以供加壓通過水源之水壓；November 10, 099 隹正换页_ Six, the scope of application for patent: 1 water-repellent reverse osmosis membrane unit of reverse osmosis pure water machine, Xia You': at least: the primary of the water-based pre-filter component Flowing A #", the clean water outlet from the clean water machine treated by the second reverse osmosis unit, and the discharge end of the waste water; the wastewater outflow from the membrane permeation unit - the pressure pump, located in the reverse osmosis membrane unit The water end of the person to pressurize the water pressure through the water source;

一回收混合”，具有-麻Α水端一原始水源導入端、-混合出水端，該廢水人料係與該逆滲透膜單元之廢水出水端相連通，水源.導人蛛可麵―原始水源，該回收混合容器内之該廢錢該水貪之水相混合成回收混合水，該混合出水端則可供給該回收混合水至該前置過濾組件之入水端，以將該經由回收廢水與原始水源混合形成之回收混合水，重覆導入水源入水端進行淨水。a recycling mixture, having a raw water source introduction end, a mixed water outlet end, and the waste water human body system is connected with the waste water outlet end of the reverse osmosis membrane unit, the water source, the guide spider can face the original water source , the waste water in the recycled mixed container is mixed into the recycled mixed water, and the mixed water end can supply the recycled mixed water to the water inlet end of the pre-filter assembly to The recovered mixed water formed by mixing the original water source is repeatedly introduced into the water source to be purified water.

2 .如申請專利範圍第1項所述之逆滲透純水機之節水裝置，其中該逆滲透膜單元之廢水出水端，連接有一排水開關閥後，再連接一三通閥，經該三通閥分流連接一廢水排放端及回收水端，該回收水端連接該回收混合容器之廢水入水端。 3 .如申請專利範圍第2項所述之逆滲透純水機之節水裝置，其中之廢水排放端及回收水端分別結合有—廢水排放控制閥及一回收水閥，以分別控制該兩分流之啟閉。 4.如申請專利範圍第2項所述之逆滲透純水機之節水裝置，其中該三通閥之廢水排放端係連通’回收容器。 099212308 表單編號A0101 帛14頁/共19頁 0993401071-0 M396710 099年11月08日按正替換頁 5 .如申請專利範圍第4項所述之逆滲透純水機之節水裝置，其中該回收容器具有一廢水排放口。 6 .如申請專利範圍第1或2或3或4或5項所述之逆滲透純水機之節水裝置，其中該逆滲透膜單元之潔淨出水端連接一潔淨水容器。 7 .如申請專利範圍第1或2或3或4或5項所述之逆滲透純2. The water-saving device of the reverse osmosis pure water machine according to claim 1, wherein the waste water outlet end of the reverse osmosis membrane unit is connected with a drain switch valve, and then connected to a three-way valve through the three-way valve The valve is connected to a waste water discharge end and a recovery water end, and the recovery water end is connected to the waste water inlet end of the recovery mixed container. 3. The water-saving device of the reverse osmosis pure water machine according to claim 2, wherein the wastewater discharge end and the recovery water end respectively combine a wastewater discharge control valve and a recovery water valve to respectively control the two-way flow Open and close. 4. The water saving device of the reverse osmosis pure water machine according to claim 2, wherein the waste water discharge end of the three-way valve is connected to the 'recycling container. 099212308 Form No. A0101 帛 14 pages / Total 19 pages 0993401071-0 M396710 November 10, 2010, according to the positive replacement page 5, the water-saving device of the reverse osmosis pure water machine according to claim 4, wherein the recycling container Has a wastewater discharge port. 6. The water saving device of the reverse osmosis pure water machine according to claim 1 or 2 or 3 or 4 or 5, wherein the clean water outlet of the reverse osmosis membrane unit is connected to a clean water container. 7. Reverse osmosis pure as described in claim 1 or 2 or 3 or 4 or 5

水機之節水裝置，其中該逆渗透膜單元之水源入水端與混合出水端之間*另設有一前置過渡組件’該前置過遽組件係由至少一可過濾水中顆粒雜質之過濾單元所組成。 8 .如申請專利範圍第7項所述之逆滲透純水機之節水裝置，其中該前置過濾組件係由至少一孔徑〜約5微米之第一過濾單元，以及一孔徑約1微米之第三慮單元所組成。 9 .如申請專利範圍第8項所述之逆滲透純水機之節水裝置，其中該前置過濾組件另包括一可濾除氯離子之第二過濾單元。 10 .如申請專利範圍第6項所述之逆滲透純水機之節水裝置，A water-saving device for a water machine, wherein a water supply inlet end and a mixed water outlet end of the reverse osmosis membrane unit are further provided with a pre-transition assembly, which is provided by at least one filtration unit capable of filtering particulate impurities in the water. composition. 8. The water saving device of a reverse osmosis pure water machine according to claim 7, wherein the pre-filter assembly is a first filter unit having at least one pore diameter to about 5 microns, and a first pore size of about 1 micrometer. The three consideration units are composed. 9. The water saving device of the reverse osmosis pure water machine according to claim 8, wherein the pre-filter assembly further comprises a second filtering unit capable of filtering out chloride ions. 10. A water-saving device for a reverse osmosis pure water machine as described in claim 6 of the patent application,

其中該逆滲透膜單元之水源入水端與混合出水端之間，另設有一前置過渡組件，該前置過渡組件係由至少一可過滤水中顆粒雜質之過濾單元所組成。 11 .如申請專利範圍第1或2或3或4或5項所述之逆滲透純水機之節水裝置，其中該潔淨出水端所流出之潔淨水至少可經由一後部過濾殺菌組件再向外流出。 12 .如申請專利範圍第6項所述之逆滲透純水機之節水裝置，其中該潔淨水容器所流出之潔淨水至少可經由一後部過濾殺菌組件再向外流出。 13 .如申請專利範圍第7項所述之逆滲透純水機之節水裝置， 099212308 表單編號A0101 第15頁/共19頁 0993401071-0 M396710 099年11月08日修正巷換頁其中該潔淨水容器所流出之潔淨水至少可經由一後部過濾殺菌組件再向外流出。 14 .如申請專利範圍第1〇項所述之逆滲透純水機之節水裝置，其中該潔淨水容器所流出之潔淨水至少可經由一後部過渡殺菌組件再向外流出。 15 .如申請專利範圍第11項所述之逆滲透純水機之節水裝置，其中該後部過濾殺菌組件至少包括一紫外線殺菌單元。 16 .如申請專利範圍第12項所述之逆滲透純水機之節水裝置Wherein the reverse osmosis membrane unit is between the water inlet end and the mixed outlet end, and a pre-transition assembly is formed, the pre-transition assembly being composed of at least one filtration unit capable of filtering particulate impurities in the water. The water-saving device of the reverse osmosis water purifier according to claim 1 or 2 or 3 or 4 or 5, wherein the clean water flowing out from the clean water outlet is at least passed through a rear filter sterilization assembly Flow out. 12. The water-saving device of the reverse osmosis water purifier according to claim 6, wherein the clean water flowing out of the clean water container can flow out at least through a rear filter sterilization assembly. 13. Water-saving device for reverse osmosis water purifier according to item 7 of the patent application scope, 099212308 Form No. A0101 Page 15/19 pages 0993401071-0 M396710 November 08, 2010 Correction lane change page wherein the clean water container The cleaned water flowing out can flow out at least through a rear filter sterilization assembly. The water-saving device of the reverse osmosis pure water machine according to the first aspect of the invention, wherein the clean water flowing out of the clean water container can flow out at least through a rear-stage sterilizing unit. The water-saving device of the reverse osmosis pure water machine according to claim 11, wherein the rear filter sterilization assembly comprises at least one ultraviolet sterilization unit. 16. A water saving device for a reverse osmosis pure water machine according to claim 12 of the patent application scope

，其中該後部過濾殺菌組件至少包括一紫外線殺菌單元。 17 .如申請專利範圍第13項所述之逆滲透純水機之節水裝置，其中該後部過濾殺菌組件圣少包括一·紫外線殺菌單元。 18 .如申請專利範圍第14項所述之逆滲透純水機之節水裝置，其中該後部過濾殺菌組件至少包括一紫外線殺菌單元。 19 .如申請專利範圍第11項所述之逆滲透純水機之節水裝置，其中該後部過濾殺菌組件至少包括一活性碳單元。 20 .如申請專利範圍第12項所述之逆滲透純水機之節水裝置Wherein the rear filter sterilization assembly comprises at least one ultraviolet sterilization unit. 17. The water-saving device of the reverse osmosis pure water machine according to claim 13, wherein the rear filter sterilization component includes a ultraviolet sterilization unit. 18. The water saving device of a reverse osmosis pure water machine according to claim 14, wherein the rear filter sterilization assembly comprises at least one ultraviolet sterilization unit. 19. The water saving device of a reverse osmosis pure water machine according to claim 11, wherein the rear filter sterilization assembly comprises at least one activated carbon unit. 20. A water saving device for a reverse osmosis pure water machine as described in claim 12

，其中該後部過濾殺菌組件至少包括一活性碳單元。 21 .如申請專利範圍第13項所述之逆滲透純水機之節水裝置，其中該後部過濾殺菌組件至少包括一活性碳單元。 22 .如申請專利範圍第14項所述之逆滲透純水機之節水裝置，其中該後部過濾殺菌組件至少包括一活性碳單元。 23 .如申請專利範圍第1或2或3或4或5項所述之逆滲透純水機之節水裝置，其中該加壓泵與回收混合容器之間設有一開關閥或主控制閥，以控制該原始水源是否輸入流通。 24 .如申請專利範圍第6項所述之逆滲透純水機之節水裝置，其中該加壓栗與回收混合容器之間設有一開關閥或主控制 099212308 表單编號A0101 第16頁/共19頁 0993401071-0 M396710 099年11月08日修正替換頁閥，以控制該原始水源是否輸入流通。 25 .如申請專利範圍第7項所述之逆滲透純水機之節水裝置，其中該加壓泵與回收混合容器之間設有一開關閥或主控制閥，以控制該原始水源是否輸入流通。 26 .如申請專利範圍第11項所述之逆滲透純水機之節水裝置，其中該加壓泵與回收混合容器之間設有一開關閥或主控制閥，以控制該原始水源是否輸入流通。 27 .如申請專利範圍第2 3項所述之逆滲透純水機之節水裝置Wherein the rear filter sterilization assembly comprises at least one activated carbon unit. The water-saving device of the reverse osmosis pure water machine according to claim 13, wherein the rear filter sterilization assembly comprises at least one activated carbon unit. 22. The water saving device of a reverse osmosis pure water machine according to claim 14, wherein the rear filter sterilization assembly comprises at least one activated carbon unit. The water-saving device of the reverse osmosis pure water machine according to claim 1 or 2 or 3 or 4 or 5, wherein an on-off valve or a main control valve is provided between the pressure pump and the recovery mixing container, Control whether the original water source is input or not. The water-saving device of the reverse osmosis pure water machine according to claim 6, wherein the pressure pump and the recovery mixing container are provided with an on-off valve or main control 099212308 Form No. A0101 Page 16 of 19 Page 0993401071-0 M396710 The replacement page valve was modified on November 8, 099 to control whether the original water source is in circulation. The water-saving device of the reverse osmosis pure water machine according to claim 7, wherein an on-off valve or a main control valve is provided between the pressure pump and the recovery mixing container to control whether the original water source is input or not. The water-saving device of the reverse osmosis pure water machine according to claim 11, wherein an on-off valve or a main control valve is provided between the pressure pump and the recovery mixing container to control whether the original water source is input or not. 27. A water saving device for a reverse osmosis pure water machine as described in claim 23

，其中該逆滲透膜單元與潔淨出水端之間設有一與該主控制閥同步連動之潔淨水收集控制閥。 28 .如申請專利範圍第2 4項所述之逆滲透.純冰機之節水裝置，其中該逆滲透膜單元與潔淨冰容器之;間設有一與該主控制閥同步連動之潔淨水收集控制間。 29 .如申請專利範圍第2 5項所述之逆滲透純水機之節水裝置，其中該逆滲透膜單元與潔淨出水端之間設有一與該主控制閥同步連動之潔淨水收集控制閥。A clean water collecting control valve is provided between the reverse osmosis membrane unit and the clean water outlet end in synchronization with the main control valve. 28. The water-saving device of the reverse osmosis pure ice machine according to claim 24, wherein the reverse osmosis membrane unit and the clean ice container are provided with a clean water collection control synchronously linked with the main control valve between. A water-saving device for a reverse osmosis water purifier according to claim 25, wherein a clean water collecting control valve synchronized with the main control valve is disposed between the reverse osmosis membrane unit and the clean water outlet end.

30 .如申請專利範圍第2 6項所述之逆滲透純水機之節水裝置，其中該逆滲透膜單元與潔淨出水端之間設有一與該主控制閥同步連動之潔淨水收集控制閥。 099212308 表單編號A0101 第17頁/共19頁 0993401071-030. A water saving device for a reverse osmosis water purifier according to claim 26, wherein a clean water collecting control valve synchronized with the main control valve is disposed between the reverse osmosis membrane unit and the clean water outlet end. 099212308 Form No. A0101 Page 17 of 19 0993401071-0