TW200803960A - Water cleaner and water cleaning method using the same - Google Patents
Water cleaner and water cleaning method using the same Download PDFInfo
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- TW200803960A TW200803960A TW096102650A TW96102650A TW200803960A TW 200803960 A TW200803960 A TW 200803960A TW 096102650 A TW096102650 A TW 096102650A TW 96102650 A TW96102650 A TW 96102650A TW 200803960 A TW200803960 A TW 200803960A
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- water
- raw water
- filter
- pure water
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 380
- 238000000034 method Methods 0.000 title claims abstract description 15
- 238000004140 cleaning Methods 0.000 title abstract 2
- 238000011109 contamination Methods 0.000 claims abstract description 27
- 239000008213 purified water Substances 0.000 claims abstract description 18
- 238000005259 measurement Methods 0.000 claims abstract description 13
- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 claims description 19
- 229910052799 carbon Inorganic materials 0.000 claims description 19
- 238000007599 discharging Methods 0.000 claims description 19
- 238000001914 filtration Methods 0.000 claims description 16
- 238000000746 purification Methods 0.000 claims description 14
- 238000004891 communication Methods 0.000 claims description 12
- 239000000919 ceramic Substances 0.000 claims description 10
- 230000013011 mating Effects 0.000 claims description 8
- 229940088594 vitamin Drugs 0.000 claims description 3
- 229930003231 vitamin Natural products 0.000 claims description 3
- 235000013343 vitamin Nutrition 0.000 claims description 3
- 239000011782 vitamin Substances 0.000 claims description 3
- 230000007704 transition Effects 0.000 claims description 2
- 150000003722 vitamin derivatives Chemical class 0.000 claims description 2
- 239000000126 substance Substances 0.000 description 7
- 238000001223 reverse osmosis Methods 0.000 description 5
- 230000009286 beneficial effect Effects 0.000 description 4
- 238000004821 distillation Methods 0.000 description 3
- 239000012535 impurity Substances 0.000 description 3
- 238000009434 installation Methods 0.000 description 3
- 238000012423 maintenance Methods 0.000 description 3
- 238000004806 packaging method and process Methods 0.000 description 3
- 206010011469 Crying Diseases 0.000 description 2
- OAKJQQAXSVQMHS-UHFFFAOYSA-N Hydrazine Chemical compound NN OAKJQQAXSVQMHS-UHFFFAOYSA-N 0.000 description 2
- 230000008901 benefit Effects 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 238000004043 dyeing Methods 0.000 description 2
- 238000003780 insertion Methods 0.000 description 2
- 230000037431 insertion Effects 0.000 description 2
- 239000012528 membrane Substances 0.000 description 2
- 238000012546 transfer Methods 0.000 description 2
- 241000287107 Passer Species 0.000 description 1
- 206010036790 Productive cough Diseases 0.000 description 1
- 241000555745 Sciuridae Species 0.000 description 1
- 238000010521 absorption reaction Methods 0.000 description 1
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 description 1
- 210000000476 body water Anatomy 0.000 description 1
- 238000009835 boiling Methods 0.000 description 1
- 238000005253 cladding Methods 0.000 description 1
- 230000003749 cleanliness Effects 0.000 description 1
- 239000000356 contaminant Substances 0.000 description 1
- 238000000354 decomposition reaction Methods 0.000 description 1
- 230000006837 decompression Effects 0.000 description 1
- 210000003298 dental enamel Anatomy 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 239000003651 drinking water Substances 0.000 description 1
- 235000020188 drinking water Nutrition 0.000 description 1
- 239000012530 fluid Substances 0.000 description 1
- 239000010800 human waste Substances 0.000 description 1
- 229910052500 inorganic mineral Inorganic materials 0.000 description 1
- QWXYZCJEXYQNEI-OSZHWHEXSA-N intermediate I Chemical compound COC(=O)[C@@]1(C=O)[C@H]2CC=[N+](C\C2=C\C)CCc2c1[nH]c1ccccc21 QWXYZCJEXYQNEI-OSZHWHEXSA-N 0.000 description 1
- 239000004973 liquid crystal related substance Substances 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 239000011707 mineral Substances 0.000 description 1
- 239000005416 organic matter Substances 0.000 description 1
- 229910052760 oxygen Inorganic materials 0.000 description 1
- 239000001301 oxygen Substances 0.000 description 1
- 239000011148 porous material Substances 0.000 description 1
- 239000011435 rock Substances 0.000 description 1
- 210000003802 sputum Anatomy 0.000 description 1
- 208000024794 sputum Diseases 0.000 description 1
- 239000008399 tap water Substances 0.000 description 1
- 235000020679 tap water Nutrition 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D35/00—Filtering devices having features not specifically covered by groups B01D24/00 - B01D33/00, or for applications not specifically covered by groups B01D24/00 - B01D33/00; Auxiliary devices for filtration; Filter housing constructions
- B01D35/14—Safety devices specially adapted for filtration; Devices for indicating clogging
- B01D35/143—Filter condition indicators
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D37/00—Processes of filtration
- B01D37/04—Controlling the filtration
Landscapes
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Water Treatment By Sorption (AREA)
- Separation Using Semi-Permeable Membranes (AREA)
Abstract
Description
200803960 九、發明說明： 【發明所屬之技術領域】 本發明關於一種淨水器以及使用該淨水器的淨水方 法，且更明確地說’關於·一種淨水器，其能夠基於純水 之實際使用量精確偵测過濾器之污染程度且通知使用者所 偵測的污染程度，使得使用者簡單且方便地更換過濾器以 及使用與維護淨水器；以及一種使用該淨水器的淨水方法。 【先前技術】 在吾人日常生活中廣泛使用的淨水器為純化如自來水 之生水（raw water )至根據 ‘Drinking Water Control Law， 第5項第3條之規定的水品質標準（在韓國）的設備。可 按淨水器之用途、構成、純化原理等之標準將其分類。 在此等標準中，可將為最風行的標準之純化原理分為 自然過滤糸統（natural filtration system )、直接連接過滤系 統（direct-connection filtration system )、蒸鶴系統 (distillation system)以及逆滲透系統（reverse 〇迎〇企 system)。自然過濾系統在於儲存指定量的生水且在過濾之 過程中按其重量過濾所儲存的生水，且直接連接過濾系統 在於直接連接淨水為至生水所供應至的水栓或類似物，且 藉由使用供水壓力使生水通過過濾器來純化生水。蒸餾系 統在於聚集由沸騰的生水產生之蒸氣，且逆滲透系統在於 使用半透性薄膜（semipermeable fi〗m)(即所謂的隔膜 (membrane))自生水移除雜質。 雖然条顧系統以及逆滲透系統可獲取相對純的水，但 7 200803960 此等系統具有除了移除包括於生水中的污染物質之外，亦 移除諸如溶氧（dissolved oxygen)之有益物質、各種礦物 質等之缺點。自然過濾系統以及直接連接過濾系統不具有 悉德系統以及逆滲透系統之缺點，但具有維護過濾器之困 難。最近，隨著對衛生保健之關注的增加，蒸餾系統以及 逆滲透系統在其使用中已展示出下降趨勢。直接連接過濾200803960 IX. Description of the Invention: [Technical Field] The present invention relates to a water purifier and a method of purifying water using the water purifier, and more particularly, "about a water purifier, which can be based on pure water The actual usage accurately detects the degree of contamination of the filter and notifies the user of the degree of contamination detected, so that the user can easily and conveniently replace the filter and use and maintain the water purifier; and a purified water using the water purifier method. [Prior Art] The water purifier widely used in our daily life is to purify the raw water such as tap water to the water quality standard according to the 'Drinking Water Control Law, Article 5, Article 3 (in Korea) device of. It can be classified according to the criteria such as the use, composition, and purification principle of the water purifier. Among these standards, the purification principles of the most popular standards can be divided into natural filtration systems, direct-connection filtration systems, distillation systems, and reverse osmosis. System (reverse welcome to enterprise system). The natural filtration system consists in storing a specified amount of raw water and filtering the stored raw water by its weight during the filtration process, and directly connecting the filtration system by directly connecting the purified water to the hydrant or the like to which the raw water is supplied. The raw water is purified by passing the raw water through a filter by using a water supply pressure. The distillation system consists in accumulating vapors produced by boiling raw water, and the reverse osmosis system consists in removing impurities from the raw water using a semipermeable membrane m (so-called membrane). Although the strip system and the reverse osmosis system can obtain relatively pure water, 7 200803960 These systems have the benefit of removing beneficial substances such as dissolved oxygen in addition to removing contaminants included in raw water. Disadvantages of minerals, etc. Natural filtration systems and direct-connected filtration systems do not have the disadvantages of the Schneider system and the reverse osmosis system, but have the difficulty of maintaining the filter. Recently, as concerns about health care have increased, distillation systems and reverse osmosis systems have shown a downward trend in their use. Direct connection filtering
系統正變得最風行，因為其不需要生水儲存、具有簡單結 構且便於使用。 使用直接連接過濾系統之一般淨水器的純化過程包括 七、水、初步過濾、吸收、主要過濾、排水之步驟。具體言 之」=外部生水供應至淨水器，初步過濾出包括於生水中 之雜質，吸收且移除揮發性有機物質，陶瓷過濾器最終過 濾出細微雜質，以及將經最終過濾的水排放至使用者。對 於過濾’直接連接魏淨水H包括各種各樣_合於各別 步驟之過濾、器’諸如’碳過濾器(earbQnmter)，包括陶隻 器UemmiefiheO。通常’此等輕器之維護對直接 、接過濾淨水為之效能具有關鍵性影響。 士已提5義視過濾益之污染程度而定來捕獲過濾器的替換 =間以增加麵H之使用效率且轉淨水器之最佳純化能 口。、之，種方法。然而’此等所提翻方法不足以偵測過遽 染程度以及捕獲過濾器之替換時間。#前，實際情 Μ，使用者在指定的時間週期（例如，一月一次）過後 =其主誠覺（例如，水的味道）而定來以新的過遽器 曰 '、過濾☆’此展7F出與基於關於過濾器之料程度之客 8 200803960 » 觀資料的過濾、器之維護之顯著差異。 因此’過遽裔之不必要的頻繁替換造成了成本以及人 力之浪費，且可能會頻繁發生一些情況：歸因於錯過了過 濾器之適當的替換時機，使用者飲用了受污染的水。詳+ 之，為了以新的過濾器替換過濾器，必須完全拆卸現有的 . 淨水器，其強加給使用者沉重的負擔。 . 【發明内容】 φ 為了克服以上問題，本發明之目標在於提供：—種淨 水器，其能夠精確判定提供於淨水器中之各種過濾器的广 染程度以及允許任何使用者簡單且容易地以新的過濾哭铁 換以及維護過濾器；以及一種使用該淨水器的淨水方法二 本發明之另一目標在於提供：一種淨水器，其能夠美 於純水之實際使用量精確偵測過濾器之污染程度且通知^ 用者所偵測的污染程度，使得使用者簡單且方便地以新的 過濾器更換過濾器以及使用與維護淨水器；以及一種使用 該淨水器的淨水方法。 為了達到以上目標，根據悲樣’本發明提供一種純化 ， 生水且排放純水之淨水器，包括：多個貯槽（tank)，每_ M 者包括過濾器；主體（main body)，其與多個貯槽組合且 具備生水所供應至的生水管（raw water pipe)、排放純水之 純水管（purified water Pipe)以及經由多個貯槽將生水管 連接至純水管之多個通道❻assage)，其中通道使生水管中 之生水通過多個貯槽且接著被排放至純水管；第一量測單 兀（first measuring unit )，其量測供應至生水管之生水的供 200803960 應量；以及控制單元（control unit)，其基於第一量測單元 之量測的結果計算過濾器之污染程度。 較佳地，藉由將過濾器之最大純化流量與生水之供應 量比較，控制單元計算過濾器之污染程度。淨水器更包括 第二量測單元（second measuring unit )，此第二量測單元 量測排放至純水管之純水的排放量，且控制單元基於第一 以及第二量測單元之量測的結果計算過濾器之污染程度。 淨水為更包括顯示單元（display unit )，此顯示單元顯示由 控制單元計算的過濾器之污染程度。顯示單元以數字、符 號或圖片顯示過濾器之污染程度。 較佳地，主體包括：頂蓋（top cover)，多個貯槽可拆 卸地組合至頂蓋；中間板（noddle plate )，其緊密附著至 頂蓋之後側，多個通道經界定於中間板與頂蓋之間；以及 底蓋（bottom cover)，其在中間板之底部組合至頂蓋。多 個貯槽經分割為第一貯槽至第n個（n>1)貯槽，第一貯 槽首先供應有生水，且第n個貯槽最後供應有生水，且外 水流入所經由的入口以及内水流出所經由的出口提供於組 合至頂盍之多個貯槽中之每一者的一侧處。入口孔以及出 口孔以與每一貯槽之入口與出口之一對一對應關係形成於 頂蓋中’且多個通道包括：生水供應通道（raw water supply passage)，其使生水管與第一貯槽之入口連通；（lvl)個通 道’其自弟一財槽直至第η個貯槽連通先前貯槽之出口至 下一個貯槽之入口；以及純水排放通道（pUrified Water discharge passage)，其連接第n個貯槽之出口至純水管。 200803960 幸乂佳地’中間板形成有分別與生水供應通道以及純水 排放通迢連通之生水供應孔（mwwater su卯汐h〇le)以及 純水排放孔（purified water discharge h〇le)，且生水管以及 純水管分別經由生水供應孔以及純水排放孔連接至生水供 應通道以及純水排放通道。生水管由第一量測單元連接至 • 生水供應孔。第一量測單元包括：第一流入埠（first flow-in ‘ P〇rt)，其連接至生水管；第一流出埠（first flow-⑽t port)， _ 其連接至生水供應孔·，以及第一外殼（first housing)，其 包括藉由自第一流入槔流至第一流出埠内之生水的流動而 旋轉之第一葉輪（first impeller )以及計數第一葉輪的旋轉 數之第一計數器（first counter)，且生水之供應量是基於第 一葉輪之旋轉數而量測的。淨水器更包括減壓構件 (decompressing means )，此構件安裝於第一外殼中且調整 傳遞至第一流出埠之生水的供應壓力（supply pressure ) Γ 較佳地，淨水器更包括第二量測單元，此單元量測排 放至純水管之純水的排放量，且控制單元基於第一以及第 ® 二量測單元之量測的結果計算過濾器之污染程度。中間板 • 形成有與第（n-1 )個通道連通之第一連接孔（flrst 、 connecting hole)以及與第η個通道連通之第二連接孔 (second connecting hole )，且第一連接孔由第二量測單元 連接至第二連接孔。第二置測單元包括：第二流入埠 (second flow-in port)，其連接至第一連接孔；第二流出蜂 (second flow-out port) ’其連接至第二連接孔；以及第二 外殼（second housing)，其包括藉由自第二流入埠流至第 200803960 二流出埠内之水的流動而旋轉之第二葉輪（second impeller )以及計數第二葉輪的旋轉數之第二計數器 (second counter)，且純水之排放量是基於第二葉輪之旋 轉數而量測的。 較佳地，多個貯槽中之每一者更包括環形旋轉凸緣 。 （annular rotating flange )，此凸緣突出以使得入口以及出 口置放於旋轉凸緣之内侧，頂蓋更包括環形固定凸緣 (annular fixed flange )，此凸緣突出以使得以一對一對應 ® 關係與每一貯槽之入口以及出口連通之入口孔以及出口孔 經置放於固定凸緣之内側，旋轉凸緣插入於固定凸緣中， 且多個貯槽以一對一對應關係組合組裝於旋轉凸緣與固定 凸緣之間。淨水器更包括：至少一配合端（fitting end)， 其自旋轉凸緣之外表面突出；以及螺桿接合零件（screw joining part)，其沿著固定凸緣之内表面而被提供，配合端 藉由螺旋方式而接合至螺桿接合零件，且旋轉凸緣以一對 一對應關係與固定凸緣組合。 ⑩ 較佳地，多個貯槽中之每一者包括··第一止回閥（first ， check valve )，其選擇性地覆蓋且包圍入口;流入空間 (flow-in space )，其經由第一止回閥與入口連通；第二止 回閥（second check valve)，其選擇性地覆蓋且包圍出口； 以及流出空間（flow-out space )，其經由第二止回閥與出口 連通，且過濾器插入於流入空間與流出空間之間。第一以 及第二止回閥分別包括藉由彈簧之彈力覆蓋且包圍入口與 出口之第一以及第二包裝。 12 200803960 較佳地，中間板更包括突出以穿 (inlet pin)，頂蓋更包括在固定凸緣中向 腳（outletpin)，且當組裝貯槽時，第一 ° 1 出口插 打開且第二止回閥由出口插腳打開。 σ 、由入口插腳 較佳地，過濾器是選自碳過滹哭 处、η、旁突々、風★叩 陶兗過濾器以及功 ^遽』之過心。功能過濾器包括細喊球（包括維生 根據另I態樣，本發明提供—種|f 貝丁才曰（母一者包括過處器）而在淨水$ 為中獲取純水之淨水 方法，匕括下列步驟：a)量測供應至淨水器之生水的供應 量1及b)基於生水之供應量，藉由將過滤器之最从 化流置與生水之供應量比較而計算過濾器之污染程度。淨 水方法更包括：在a)步驟與b)步驟之間，a，）量測 水器中獲取之純水的排放量，且e)步驟包括藉由將過渡 器之最大純化流量與生水之供應量以及純水之排放量比較 而計算過濾器之污染程度。 【實施方式】 下文’將參看附圖描述本發明之例示性實施例。The system is becoming the most popular because it does not require raw water storage, has a simple structure and is easy to use. The purification process of a general water purifier using a direct connection filtration system includes seven steps of water, preliminary filtration, absorption, primary filtration, and drainage. Specifically, the external raw water is supplied to the water purifier, the impurities contained in the raw water are initially filtered out, the volatile organic substances are absorbed and removed, the ceramic filter finally filters out the fine impurities, and the finally filtered water is discharged. To the user. For filtration, the direct connection of the purified water H includes a variety of filters, such as the 'earbQnmter', including the ceramics UemmiefiheO. Often, the maintenance of such lighters has a critical impact on the effectiveness of direct, filtered water purification. It has been proposed to capture the replacement of the filter in order to increase the efficiency of the surface H and to optimize the purification capacity of the water purifier. And, the method. However, these methods of lifting are not sufficient to detect the degree of contamination and the replacement time of the capture filter. #前, Actually, after the user has specified a time period (for example, once a month) = his main honesty (for example, the taste of water) is determined by a new filter 、 ', filter ☆ ' this Exhibition 7F is based on the degree of material related to the filter 8 200803960 » The significant difference between the filter and the maintenance of the data. Therefore, the unnecessary frequent replacement of the ancestors caused cost and human waste, and there may be frequent occurrences: the user drank the contaminated water due to the appropriate replacement opportunity that missed the filter. In detail, in order to replace the filter with a new filter, the existing water purifier must be completely dismantled, which imposes a heavy burden on the user. SUMMARY OF THE INVENTION In order to overcome the above problems, an object of the present invention is to provide: a water purifier capable of accurately determining the degree of wide dyeing of various filters provided in a water purifier and allowing any user to be simple and easy Another new object of the present invention is to provide a water purifier capable of being superior to the actual amount of pure water used, and a water purification method using the water purifier. Detecting the degree of contamination of the filter and notifying the user of the degree of contamination detected by the user, making it easy and convenient for the user to replace the filter with a new filter and to use and maintain the water purifier; and a use of the water purifier Water purification method. In order to achieve the above object, according to the present invention, the present invention provides a water purifier for purifying, producing raw water and discharging pure water, comprising: a plurality of tanks, each of which includes a filter; a main body; Combined with a plurality of storage tanks, and having a raw water pipe to which raw water is supplied, a purified water pipe for discharging pure water, and a plurality of passages for connecting the raw water pipe to the pure water pipe via a plurality of storage tanks, The passage causes the raw water in the raw water pipe to pass through the plurality of storage tanks and is then discharged to the pure water pipe; the first measuring unit, which measures the amount of raw water supplied to the raw water pipe for 200803960; and the control A control unit that calculates the degree of contamination of the filter based on the measured results of the first measurement unit. Preferably, the control unit calculates the degree of contamination of the filter by comparing the maximum purified flow rate of the filter with the supply of raw water. The water purifier further includes a second measuring unit, the second measuring unit measures the amount of pure water discharged to the pure water pipe, and the control unit measures based on the first and second measuring units As a result, the degree of contamination of the filter is calculated. The clean water further includes a display unit that displays the degree of contamination of the filter calculated by the control unit. The display unit displays the degree of contamination of the filter by number, symbol or picture. Preferably, the body comprises: a top cover, the plurality of storage slots are detachably assembled to the top cover; a noddle plate is attached to the rear side of the top cover, and the plurality of channels are defined by the intermediate plate and Between the top covers; and a bottom cover that is combined to the top cover at the bottom of the intermediate plate. The plurality of storage tanks are divided into a first storage tank to an nth (n>1) storage tank, the first storage tank is first supplied with raw water, and the nth storage tank is finally supplied with raw water, and the inlet and the internal water flow through which the external water flows in The outlet through which the outlet passes is provided at one side of each of the plurality of storage tanks combined to the top raft. The inlet hole and the outlet hole are formed in the top cover in a one-to-one correspondence with the inlet and the outlet of each of the storage tanks, and the plurality of passages include: a raw water supply passage, which makes the raw water pipe and the first The inlet of the sump is connected; (lvl) channels are connected from the first treasury until the η sump connects the outlet of the previous sump to the inlet of the next sump; and the pUrified Water discharge passage is connected to the nth The outlet of the storage tank to the pure water pipe. 200803960 Fortunately, the middle plate is formed with a raw water supply hole (mwwater su卯汐h〇le) and a purified water discharge h〇le which are respectively connected to the raw water supply passage and the pure water discharge. The raw water pipe and the pure water pipe are respectively connected to the raw water supply passage and the pure water discharge passage through the raw water supply hole and the pure water discharge hole. The raw water pipe is connected to the raw water supply hole by the first measuring unit. The first measuring unit comprises: a first flow-in 'P〇rt, which is connected to the raw water pipe; a first flow-(10)t port, _ which is connected to the raw water supply hole, And a first housing including a first impeller rotated by a flow of raw water flowing from the first inflow to the first outflow weir and a number of rotations counting the first impeller A first counter, and the supply of raw water is measured based on the number of revolutions of the first impeller. The water purifier further includes a decompressing means installed in the first outer casing and adjusting a supply pressure of the raw water transferred to the first outflow weir. Preferably, the water purifier further includes A measuring unit that measures the amount of pure water discharged to the pure water pipe, and the control unit calculates the degree of contamination of the filter based on the measured results of the first and second measuring units. The intermediate plate is formed with a first connecting hole (flrst, connecting hole) communicating with the (n-1)th channel, and a second connecting hole communicating with the nth channel, and the first connecting hole is formed by The second measuring unit is connected to the second connecting hole. The second detecting unit includes: a second flow-in port connected to the first connecting hole; a second flow-out port 'connected to the second connecting hole; and a second a second housing comprising a second impeller rotated by a flow of water from the second inflow turbulent flow to the second water flowing through the weir, and a second counter that counts the number of revolutions of the second impeller ( Second counter), and the discharge of pure water is measured based on the number of rotations of the second impeller. Preferably, each of the plurality of reservoirs further comprises an annular rotating flange. (annular rotating flange), the flange is protruded such that the inlet and the outlet are placed inside the rotating flange, and the top cover further includes an annular fixed flange which protrudes to make a one-to-one correspondence The inlet hole and the outlet hole which are in communication with the inlet and the outlet of each storage tank are placed inside the fixing flange, the rotating flange is inserted into the fixing flange, and the plurality of storage tanks are assembled and rotated in a one-to-one correspondence. Between the flange and the fixing flange. The water purifier further includes: at least one fitting end protruding from the outer surface of the rotating flange; and a screw joining part provided along the inner surface of the fixing flange, the mating end The screw joint is joined to the screw joint by a spiral manner, and the rotary flange is combined with the fixed flange in a one-to-one correspondence. Preferably, each of the plurality of sump includes a first check valve (first, check valve) that selectively covers and surrounds the inlet; a flow-in space that passes through the first a check valve is in communication with the inlet; a second check valve selectively covering and surrounding the outlet; and a flow-out space communicating with the outlet via the second check valve and filtering The device is inserted between the inflow space and the outflow space. The first and second check valves respectively include first and second packages that are covered by the spring force and that surround the inlet and the outlet. 12 200803960 Preferably, the intermediate plate further comprises an inlet pin, the top cover further comprises an outlet pin in the fixing flange, and when the storage tank is assembled, the first ° 1 outlet is opened and the second end The return valve is opened by the outlet pin. σ, by the inlet pin Preferably, the filter is selected from the group consisting of carbon over-cry, η, side-bumping, wind ★ 兖 兖 filter and work. The function filter includes a fine shouting ball (including the living according to another aspect, the present invention provides a kind of |f bedding) (the mother one includes the passer) and the pure water purified water in the clean water $ The method comprises the steps of: a) measuring the supply of raw water supplied to the water purifier 1 and b) comparing the supply of raw water to the raw water supply based on the supply of raw water Calculate the degree of contamination of the filter. The water purification method further comprises: between a) step and b), a) measuring the amount of pure water obtained in the water meter, and the step e) comprises maximizing the flow rate of the transition unit with raw water. The degree of contamination of the filter is calculated by comparing the supply amount with the amount of pure water discharged. [Embodiment] Hereinafter, an exemplary embodiment of the present invention will be described with reference to the drawings.
圖1為根據本發明之實施例的淨水器之方塊圖。淨水 器—般包括貯槽單元（tankmiit) 100、主體2〇〇以及押^ 器 300 。 I 貯槽單元100包括多個貯槽T1至T6 (每一者具有· 入口，外水經由其流入；以及出口，内水經由其流出），具 有專門建置的過遽^!。經由各別入口流入貯槽Τ1至T6之 200803960 水通過各別過濾器且接著經由各別出口而排放。 男丁槽丁1至T6可拆卸地組合至主體2〇〇。在主體2〇〇 中提供有·生水管2〇2，此生水管連接至水栓或類似物 且將生水供應至此生水管；純水管242，其與待藉由使用 者之操作而接通/斷開之閘閥（sluicevalve)(諸如，旋塞） 附著；以及多個通道222、224、226、228、23〇、232以及 2=4，經由此等通道，來自生水管2〇2之生水依次通過多個 貯槽T1至T6且經排放至純水管242。 假定貯槽T1至T6之數目為η(η>ι )，多個通道222、 224、226、228、230、232以及234可包括：生水供應通 逞222，其將生水管202連接至第一貯槽T1 ; (η-1)個通 返224、226、228、230以及232，其自第一貯槽T1直至 最後的第η個貯槽T6將先前貯槽丁1至丁6之出口連接至 下一個貯槽Τ1至Τ6之入口；以及純水排放通道234，其 連接最後的第η個貯槽Τ6之出口至純水管242。具體言 之，如圖式中所示，根據生水之供應的次序，假定六個貯 槽Τ1至丁6為第一至第六貯槽丁〗至76，生水供應通道222 將生水管202連接至第一貯槽T1之入口，第一通道224 將第一貯槽τι之出口連接至第二貯槽12之入口，第二通 道226將第一貯槽T2之出口連接至第三貯槽τ3之入口， 第二通道228將第二貯槽丁3之出口連接至第四貯槽Τ4之 入口，第四通道230將第四貯槽Τ4之出口連接至第五貯 槽丁5之入口，第五通道232將第五貯槽Τ5之出口連接至 第六貯槽Τ6之入口，且純水排放通道234將第六貯槽Τ6 200803960 之出口連接至純水管242。 基於純水之實際使用量，控制器3〇〇偵測包括於貯槽 T1/至T6中的過濾态之污染程度，且基於偵測之污染程度 計异且顯示過濾器之替換時間。為此，控制器可包括· ，一量測單元310，其量測供應至生水管2〇2之生水的流 • 里，控制單元340，其基於量測的結果計算包括於貯槽T1 ‘ 至T6中的過濾、态之污染程度以及過渡器之替換時間；以 φ 及顯示單元350，其為使用者顯示由控制單元340計算的 過濾器替換時間。 # 具體言之，控制單元340基於由第一量測單元31〇量 測之生水流入量而根據最大純化流量（為每一過濾器預設 定）與實際純化流量之比率計算污染程度，且當最大純化 流量接近實際純化流量時，控制顯示單元35〇顯示每一過 ’慮為之替換時間。在此情況下，較佳地，除了第一量測單 元310外，亦可使用第二量測單元36〇量測經由純水管242 排放的純水之流量，使得進一步改良控制單元34〇之計算 、结果的可靠性。 、 當通過第一量測單元310時，量測首先供應至生水管 . 202之生水的供應量；當依次經由多個通道222、224、226、 228、230、232以及234通過第一至第六貯槽T1至T6時， 純化生水；當通過第二量測單元360時，量測純水之排放 量；以及經由純水管242將純水傳遞至使用者。在此過程 中’控制單元340基於生水之供應量與純水之排放量（其 分別由第一以及第二量測單元310以及360量測）計算過 200803960 濾斋之巧染程度，且控制顯示單元35〇為使用者顯示 結果。 σ| t 了文，將參看圖1以及相關圖式描述淨水器之細節。 义圖2a以及圖2b分別為根據本發明之實施例的淨水器 之刖=外部透視圖以及後侧外部透視圖。圖3為根據本發 月之貝施例的淨水器之部分分解透視圖，其展示置放於地 面上之主體200，包括待組裝至主體200中之多個貯槽Tl ^ T6的貯槽單元100，及覆蓋主體200以保護容納此等貯 槽丁1至丁6之空間且形成淨水器之外觀的外殼400。 在=殼400之前側中，提供有顯示單元35〇、操作按 ^ 332等。此等組件35〇與332以及控制單元34〇可安裝 方；印刷電路板（printedcircuitb〇ard，pcB) 33〇上。在此情 况下丄控制單元340可包括微電腦，顯示單元35〇可包括 x數子、圖式或圖片為使用者顯示每一過濾器之污染程度 的液晶顯示（liquid crystaldisp〗ay，LCD)裝置，且操作= ，332改變顯示單元35Q之圖片或按使用者之意圖接通/ =開淨水器。控制單元340以及顯示單元35〇需要驅動功 十。為此，可將容納有電池5〇〇之電池盒（battery 29〇t插t於主體2〇0之一侧中。在主體200之前側提供插1 is a block diagram of a water purifier in accordance with an embodiment of the present invention. The water purifier generally includes a tankmiit 100, a main body 2, and a squirrel 300. The I sump unit 100 includes a plurality of storage tanks T1 to T6 (each having an inlet through which external water flows in; and an outlet through which the internal water flows out) has a specially constructed sputum. The 200803960 water flowing into the storage tanks 至1 to T6 via the respective inlets is discharged through the respective filters and then through the respective outlets. The male troughs 1 to T6 are detachably combined to the main body 2〇〇. A raw water pipe 2〇2 is provided in the main body 2〇〇, the raw water pipe is connected to the water plug or the like and the raw water is supplied to the raw water pipe; the pure water pipe 242 is connected to be operated by the user/ a disconnected sluice valve (such as a cock) is attached; and a plurality of channels 222, 224, 226, 228, 23 〇, 232, and 2 = 4, through which the raw water from the raw water pipe 2 〇 2 is sequentially It passes through a plurality of storage tanks T1 to T6 and is discharged to the pure water pipe 242. Assuming that the number of tanks T1 to T6 is η(η > ι ), the plurality of channels 222, 224, 226, 228, 230, 232, and 234 may include a raw water supply port 222 that connects the water pipe 202 to the first Slot T1; (η-1) return 224, 226, 228, 230 and 232, connecting the outlet of the previous storage tank D1 to D6 to the next storage tank from the first storage tank T1 to the last nth storage tank T6 An inlet of Τ1 to ;6; and a pure water discharge passage 234 connecting the outlet of the last nth sump 6 to the pure water pipe 242. Specifically, as shown in the figure, according to the order of supply of raw water, it is assumed that the six tanks 1 to D 6 are the first to sixth tanks D to 76, and the raw water supply passage 222 connects the raw water pipe 202 to The inlet of the first storage tank T1, the first passage 224 connects the outlet of the first storage tank τι to the inlet of the second storage tank 12, and the second passage 226 connects the outlet of the first storage tank T2 to the inlet of the third storage tank τ3, the second passage 228 connects the outlet of the second sump 3 to the inlet of the fourth sump 4, the fourth passage 230 connects the outlet of the fourth sump 4 to the inlet of the fifth sump 5, and the fifth passage 232 connects the outlet of the fifth sump 5 Connected to the inlet of the sixth tank Τ6, and the pure water discharge passage 234 connects the outlet of the sixth tank 20086 200803960 to the pure water pipe 242. Based on the actual usage of the pure water, the controller 3 detects the degree of contamination of the filtered state included in the storage tanks T1/T6, and varies based on the detected degree of contamination and displays the replacement time of the filter. To this end, the controller may include a measuring unit 310 that measures the flow of raw water supplied to the raw water pipe 2〇2, and the control unit 340 calculates the result based on the measurement to be included in the storage tank T1' to The filtration in T6, the degree of contamination of the state, and the replacement time of the transitioner; in φ and display unit 350, which displays the filter replacement time calculated by control unit 340 for the user. # Specifically, the control unit 340 calculates the pollution degree based on the ratio of the maximum purification flow rate (preset for each filter) to the actual purification flow rate based on the raw water inflow amount measured by the first measurement unit 31〇, and when When the maximum purification flow rate is close to the actual purification flow rate, the control display unit 35 displays each replacement time. In this case, preferably, in addition to the first measuring unit 310, the second measuring unit 36 can be used to measure the flow rate of the pure water discharged through the pure water pipe 242, so that the calculation of the control unit 34 is further improved. The reliability of the results. When passing the first measuring unit 310, the first supply to the raw water pipe 202 is supplied; when it passes through the plurality of channels 222, 224, 226, 228, 230, 232, and 234, the first through When the sixth storage tanks T1 to T6, the raw water is purified; when passing through the second measuring unit 360, the discharge amount of the pure water is measured; and the pure water is delivered to the user via the pure water pipe 242. In the process, the control unit 340 calculates the degree of dyeing of the 200803960 filter based on the supply amount of raw water and the discharge amount of pure water (which are measured by the first and second measurement units 310 and 360, respectively), and controls The display unit 35 displays the result for the user. σ| t, the details of the water purifier will be described with reference to Figure 1 and related figures. 2a and 2b are respectively a top view of the water purifier = an external perspective view and a rear side external perspective view according to an embodiment of the present invention. 3 is a partially exploded perspective view of the water purifier according to the embodiment of the present invention, showing the main body 200 placed on the ground, including the sump unit 100 to be assembled to the plurality of storage tanks T1^T6 in the main body 200. And covering the main body 200 to protect the outer casing 400 that accommodates the space of the storage tanks 1 to 6 and forms the appearance of the water purifier. In the front side of the = casing 400, the display unit 35 is provided, the operation is pressed by ^332, and the like. These components 35〇 and 332 and the control unit 34 can be mounted on a printed circuit board (printed circuitb〇ard, pcB) 33〇. In this case, the control unit 340 may include a microcomputer, and the display unit 35 may include a liquid crystal scatter (ay, LCD) device for displaying the degree of contamination of each filter for the user. And operation =, 332 changes the picture of the display unit 35Q or turns on/off the water purifier according to the intention of the user. The control unit 340 and the display unit 35 do need to drive the work. To this end, a battery case (battery 29〇t) can be inserted into one side of the main body 2〇0. The front side of the main body 200 is inserted.
(socket connector) 336 組合。外殼 4| 別暴露操作按鈕332以及顯示罩开 &。外殼400之前侧由具備分 示單元350之按鈕孔404以及 ，、接态（pm connector) 502，經由插腳連接器5〇2將來 自電池500 將插腳連接； 16 200803960 窗406之片蓋（lid cover) 402覆蓋，使得可保護印刷電路 板330、控制單元340、插座連接器336、插腳連接哭5〇2 等。 °。 在主體200之後侧中，提供有用於生水供應之生水管 連接埠（raw water pipe connecting port) 254 以及用於純水(socket connector) 336 combination. The housing 4| does not expose the operation button 332 and the display cover open &. The front side of the outer casing 400 is provided with a button hole 404 and a pm connector 502 provided with the indicator unit 350, and the pins are connected from the battery 500 via the pin connector 5〇2; 16 200803960 window cover 406 Covering 402, the printed circuit board 330, the control unit 340, the socket connector 336, the pin connection crying 5, 2, etc. can be protected. °. In the rear side of the main body 200, a raw water pipe connecting port 254 for raw water supply and a pure water supply are provided.
排放之純水管連接埠（purified water pipe c〇nnecting p⑽） 274’兩者皆暴露至淨水器外。生水管2〇2連接至生水管連 接，254以收納來自水栓之生水，且純水管2幻連接至純 水官連接埠274以供應純水至使用者。 根據淨水器之設計，可以各種方式對除了主體2〇〇以 =槽早兀⑽相其餘件如電池盒携、印刷電路核 、=作射丑332、控制單元340、顯示單元35〇、 =插腳連接器5G2、插座連接器336、外殼彻等之詳 及安裝位置進行修改’此不受任何限制。 之貯^為作為根據本發明之實施例的淨水器之主要零件 %分；及主f 2〇0的分嶋^ 透視圖:”口’^之主體的頂側分解透視圖與底側分解 槽單i t實例展示包括六個圓柱形貯的至T6之 二Ϊ 至丁6之各別内建式細 後詳細地描们^同的功能、結構以及操作（此將在 根據排定地提柳^ 卷貯梓才…J為弟一至第六貯槽丁1至T6。 丁槽们至丁6組合至主體時，主體具有 200803960 定的盒形狀。主體200可包括··貯槽T1至T6經組裝至的 頂蓋210 ;緊密附著至頂蓋21〇之後侧的中間板25〇，在中 間板250與頂蓋2J0之間界定多個通道222、224、226、 228、230、232以及234 ;以及底蓋280，其提供於中間板 250之底部處且與頂蓋21〇組裝於一起，且提供安裝有第 一與第二量測單元310與360以及電池盒290之空間。 下文，將更詳細地描述構成主體200之頂蓋210、中 間板250以及底蓋280。 首先，考慮頂蓋210。 圖6a以及圖6b為頂蓋210之平面圖以及後側視圖。 結合所示圖式參看圖6a以及圖6b，頂蓋21〇包括貯槽T1 至T6所組裝至的頂側212以及沿著頂侧212之邊緣9向下 犬出之侧壁214。頂盍210為可組裝以及拆卸貯槽了丨至 T6處的零件且用以連接貯槽T1至T6之入口以及出口至 界疋於頂盍210與中間板250之間的多個通道222、224、 226、228、230、232 以及 234。 為此，可經組裝以及拆卸之接合結構提供於貯槽T1 至T6之底部以及頂蓋210之頂部中。具體言之，第一至 第六旋轉凸緣TF1至TF6 (每一者包括環幵^耳）分別自 第一至第六貯槽T1至T6之底部向下突出，且第一至第六 固定凸緣C F1至C F6 (每一者包括環形凸耳且其中分別插 入第一至第六旋轉凸緣TF1至TF6)自頂蓋21〇之頂部向 上突出。至少一配合端104自第—至第六旋轉凸緣TF〗至 TF6中之每-者的外表面突出。㈣一至第$固定凸緣 18 200803960 CF1至CF6中之每一者的内表面中，提供螺桿接合零件 216，以螺旋方式將第一至第六旋轉凸緣TF1至TF6中之 每一者的對應之配合端104按比例接合至螺桿接合零件 216。 當貯槽T1至T6之旋轉凸緣TF1至TF6插入至頂蓋 210之固定凸緣CF1至CF6中且接著旋轉時，旋轉凸緣 TF1至TF6之配合端104沿著固定凸緣CF1至CF6之螺桿 接合零件216旋轉且固定，且在逆過程中，旋轉凸緣TF1 至TF6之配合端104可自螺桿接合零件216釋放。 參看圖9 (其為第一貯槽T1之後侧透視圖），在第一 旋轉凸緣TF1之内側，提供外水流入所經由的第一入口 Tla以及内水流出所經由的第一出口 Tib。第一至第六貯 槽T1至T6具有相同的形狀且因此分別具有入口以及出 口。為了方便起見，為了在指派至第一至第六貯槽T1至 T6之入口與出口之間區別，字尾a指示入口且字尾b指示 出口。雖然未全部展示於圖式中，但參考數字Tla與Tib 分別表示第一貯槽T1之第一入口與第一出口，參考數字 T2a與T2b分別表示第二貯槽T2之第二入口與第二出口， 參考數字T3a與T3b分別表示第三貯槽T3之第三入口與 第三出口，參考數字T4a與T4b分別表示第四貯槽T4之 第四入口與第四出口，參考數字T5a與T5b分別表示第五 貯槽T5之第五入口與第五出口，且參考數字T6a與T6b 分別表示第六貯槽T6之第六入口與第六出口。 再參看圖4、圖5a、圖5b、圖6a以及圖6b，在頂蓋 19 200803960 210上之第一至第六固定凸緣CF1至CF6之内表面中，提 供第一至第六入口孔與出口孔，此等孔分別與第一至第六 貯槽T1至T6之入口與出口連通。在此情況下，為了在指 派至第一至第六固定凸緣CF1至CF6之入口孔與出口孔之 間區別’字尾a指不入口孔且字尾b指不出口子L。雖然未 全部展示於圖式中，但參考數字CFla與CFlb分別表示第 一固定凸緣CF1之第一入口孔與第一出口孔，參考數字 CF2a與CF2b分別表示第二固定凸緣CF2之第二入口孔與 第二出口孔，參考數字CF3a與CF3b分別表示第三固定凸 緣CF3之第三入口孔與第三出口孔，參考數字CF4a與 CF4b分另表示第四固定凸緣CF4之第四入口孑L與第四出 口孔，參考數字CF5a與CF5b分別表示第五固定凸緣CF5 之第五入口孔與第五出口孔，且參考數字CF6a與CF6b分 別表示第六固定凸緣CF6之第六入口孔與第六出口孔。當 第一至第六貯槽T1至T6之第一至第六旋轉凸緣TF1至 TF6分別經組裝至頂蓋210之第一至第六固定凸緣CF1至 CF6中時，第一入口孔CFla與第一出口孔CFlb分別與第 一貯槽T1之第一入口 Tla與第一出口 Tib連通，第二入 口孔CF2a與第二出口孔CF2b分別與第二貯槽T2之第二 入口 T2a與第二出口 T2b連通，第三入口孔CF3a與第三 出口孔CF3b分別與第三貯槽T3之第三入口 T3a與第三出 口丁 3b連通，第四入口孔CF4a與第四出口孔CF4b分別與 第四貯槽T4之第四入口 T4a與第四出口丁4b連通，第五 .入口孔CF5a與第五出口孔CF5b分別與第五貯槽T5之第 20 200803960 五入口 T5a與第五出口 T5b連通，且第六入口孔CF6a與 第六出口孔CF6b分別與第六貯槽T6之第六入口 T6a與第 六出口 T6b連通。 另外，在頂蓋210之後側中，提供多個凹槽，在四错 中，可藉由緊密黏著至中間板250而形成多個通道222、 224、226、228、230、232以及234。具體言之，相互獨立 地提供與第一入口孔CFla連通之生水供應通道222、使第 一出口孔CFlb與第二入口孔CF2a連通之第一通道224、 使弟一出口孔CF2b與第三入口孔CF3a連通之第二通、曾 226、使第三出口孔cF3b與第四入口孔CF4a連通之第二 通道228、使第四出口孔cF4b與第五入口孔CF5a連通之 第四通道230、使第五出口孔CF5b與第六入口孔CF6a^ 通之第五通道232以及與第六出口孔CF6b連通之純水排 放通道234。雖然圖式展示了第五通道232之一端（其與 第五出口孔CF5b連通）以及第五通道232之另一端（其 與第六入口孔CF6a連通），第五通道232之中間部分為不 ，接的，但第五出口孔CF5b以及第六入口孔CF6a是藉由 第一 1測單元360而相互連接的，此將在稍後插述。 另外，在頂盍210之側壁214處，提供電池收納埠 248 ’在電池收納埠248中收納電池盒29〇。同樣，在電池 收納埠248内之適當位置處，提供固定部件298，諸如， 用於藉由彈簧固定以及釋放電池盒290之至少一侧的齒 爪。另外’在電池收納埠248附近的頂蓋21〇之側壁214 處’提供用於藉由經由使用者之操縱控制固定部件298來 21 200803960 固定或釋放電池盒290之插入狀態的按鈕296。 然後，考慮中間板250。 圖7a為緊密附著至頂蓋210之後侧的中間板250之平 面圖，且圖7b為面向底板280的中間板250之後側視圖。 參看圖5a、圖5b、圖6a、圖6b、圖7a以及圖7b， • 緊密附著至頂蓋210之後侧的中間板250使多個通道 222、224、226、228、230、232 以及 234 相互獨立。同樣， 在中間板250上，安裝第一與第二量測單元31〇與36〇以 及其他連接部件。當中間板250緊密附著至頂蓋21〇之後 側時，與生水供應通道222連通之生水供應孔252以及與 純水排放通道234連通之純水排放孔經由頂蓋突起。 此時，生水供應孔252經由生水連接埠254連接至生水管 202’且純水排放孔272經由純水連接埠274連接至純水管 242。 ’ 另外，第一與第二量測單元31〇與36〇提供於中間板 250之後側中。第-量測單元31〇將生水供應孔况連接 • 1生水連接埠254，且第二量測單元360將界定於第二量 .測單元遍與頂蓋21〇之間的第五通道232之一端孤 連接至另一端232b。第一量測單元31〇包括連接至生水連 接蜂254之第-流入水埠312、連接至生水供應孔攻之 第-流出水埠316以及插入於其間之第一外殼314。第二 量測單元360包括連接至在中間板&"穿孔以與項蓋 2H)之後侧之第五通道232之一端处連通的第一連接孔 262之第二流入水埠362、在中間板25〇巾穿孔以與頂蓋 22 200803960 2i〇之後侧之第五通道232之另一端232b連通的第二連接 孔266之第二流出水琿366以及插入於其間之第二外殼 364 〇 另外’純水排放埠（pUrifiedwaterdischargeport) 276 提供於中間板250之後侧的純水排放孔272處且經由管 278連接至純水連接埠274。 雖然未清楚地展示於圖式中，但在第一以及第二量測 單元310以及360之第一以及第二外殼314以及364中， 安裝籍由移動流體旋轉之葉輪以及用於量測葉輪之轉數的 计數态（诸如行程開關（lead switch))，藉此允許基於計 數器之計數結果量測水之流量。較佳地，使用諸如橡膠之 可撓性振動膜，在第一量測單元31〇之第一外殼中安 裝減壓構件。減壓構件使經由第一流出水埠316供應至生 水供應孔252之生水的供應壓力恆定。關於參考，第一量 測單元310揭露於本申請案所擁有的韓國專利申請案第 10-2004-50984號以及第10_2004_15194號中，基於此:熟 習此項技術者可易於實踐第二量測單元36()。 現在，將參看圖5a以及圖5b描述底蓋28〇。在底蓋 280中，界定容納插入於電池收納埠2佔中之電池盒2二 的安裝空，288。在安裝划288巾，提供在與插二方向 相反之方向中推出電池盒290之板片彈簧〇 286 〇 ρ 當經由頂蓋210之側壁214之電池收鈉埠24 8將電、、也 盒290插入於底蓋280的安裝空間2δδ中時，電池盒 23 200803960 之至少-側由頂蓋210之固定部件289抓緊且 =因286之彈力而伸縮。當使用者按下二 2%日^，猎由板片彈簧286之彈力而推出電池盒29〇。Both the purified water pipe c〇nnecting p(10) 274' are exposed to the outside of the water purifier. The raw water pipe 2〇2 is connected to the raw water pipe connection 254 to receive raw water from the water plug, and the pure water pipe 2 is magically connected to the pure water connection port 274 to supply pure water to the user. According to the design of the water purifier, the other parts except the main body 2 can be used in various ways, such as the battery pack, the printed circuit board, the control unit 340, the control unit 340, and the display unit 35, The pin connector 5G2, the socket connector 336, the outer casing details, and the mounting position are modified 'this is not subject to any limitation. The storage is the main part % of the water purifier according to the embodiment of the present invention; and the branching of the main f 2〇0 ^ perspective view: the top side exploded perspective view and the bottom side decomposition of the body of the "mouth" The slot single it example shows the function, structure and operation of the six-cylinder storage to the T6 of the T6 to the D6 of the internal built-in detailing, which will be described in detail. ^ Volume storage is only... J is the first to sixth storage tanks D1 to T6. When the troughs are combined to the main body, the main body has a box shape of 200803960. The main body 200 may include the storage tanks T1 to T6 assembled to a top cover 210; an intermediate plate 25〇 closely attached to the rear side of the top cover 21〇, defining a plurality of channels 222, 224, 226, 228, 230, 232, and 234 between the intermediate plate 250 and the top cover 2J0; A cover 280 is provided at the bottom of the intermediate plate 250 and assembled with the top cover 21, and provides a space in which the first and second measurement units 310 and 360 and the battery case 290 are mounted. Hereinafter, in more detail The top cover 210, the intermediate plate 250, and the bottom cover 280 constituting the main body 200 are described. First, the top cover 210 is considered. Fig. 6a Figure 6b is a plan view and a rear side view of the top cover 210. Referring to Figures 6a and 6b in conjunction with the drawings, the top cover 21 includes a top side 212 to which the sump T1 to T6 is assembled and an edge along the top side 212. 9 downwards the side wall 214. The top cymbal 210 is a part that can assemble and disassemble the sump to the T6 and is used to connect the inlets of the sump T1 to T6 and the outlet to the top sill 210 and the intermediate plate 250. A plurality of channels 222, 224, 226, 228, 230, 232, and 234 are provided. To this end, an assembled and disassembled joint structure is provided in the bottom of the sump T1 to T6 and in the top of the top cover 210. Specifically, The first to sixth rotating flanges TF1 to TF6 (each of which includes a ring) protrude downward from the bottoms of the first to sixth storage grooves T1 to T6, respectively, and the first to sixth fixing flanges C F1 to C F6 (each including an annular lug and in which the first to sixth rotating flanges TF1 to TF6 are respectively inserted) protrude upward from the top of the top cover 21〇. At least one mating end 104 is from the first to the sixth rotating flange The outer surface of each of TF to TF6 protrudes. (4) One to the first fixing flange 18 200803960 CF1 to CF6 In the inner surface of each of them, a screw joint part 216 is provided to screw-couple the corresponding mating end 104 of each of the first to sixth rotary flanges TF1 to TF6 to the screw joint part 216. When the rotary flanges TF1 to TF6 of the sump T1 to T6 are inserted into the fixed flanges CF1 to CF6 of the top cover 210 and then rotated, the mating ends 104 of the rotary flanges TF1 to TF6 are along the screws of the fixed flanges CF1 to CF6. The joint part 216 is rotated and fixed, and in the reverse process, the mating ends 104 of the rotary flanges TF1 to TF6 are released from the screw joint part 216. Referring to Fig. 9 (which is a rear perspective view of the first sump T1), inside the first rotary flange TF1, a first inlet T1 through which the external water flows in and a first outlet Tib through which the internal water flows are provided. The first to sixth tanks T1 to T6 have the same shape and thus have an inlet and an outlet, respectively. For the sake of convenience, in order to distinguish between the inlet and the outlet assigned to the first to sixth storage tanks T1 to T6, the suffix a indicates the inlet and the suffix b indicates the outlet. Although not all shown in the drawings, reference numerals Tla and Tib denote the first inlet and the first outlet of the first tank T1, respectively, and reference numerals T2a and T2b denote the second inlet and the second outlet of the second tank T2, respectively. Reference numerals T3a and T3b denote the third inlet and the third outlet of the third tank T3, respectively, reference numerals T4a and T4b denote the fourth inlet and the fourth outlet of the fourth tank T4, respectively, and reference numerals T5a and T5b denote the fifth tank, respectively. The fifth inlet and the fifth outlet of T5, and reference numerals T6a and T6b respectively denote the sixth inlet and the sixth outlet of the sixth tank T6. Referring again to FIGS. 4, 5a, 5b, 6a and 6b, in the inner surfaces of the first to sixth fixing flanges CF1 to CF6 on the top cover 19 200803960 210, first to sixth inlet holes are provided. Outlet holes that communicate with the inlets and outlets of the first to sixth storage tanks T1 to T6, respectively. In this case, in order to distinguish between the entrance hole and the exit hole assigned to the first to sixth fixed flanges CF1 to CF6, the 'end a refers to the non-inlet hole and the tail b does not. Although not all shown in the drawings, reference numerals CFla and CFlb denote the first inlet aperture and the first outlet aperture of the first fixing flange CF1, respectively, and reference numerals CF2a and CF2b denote the second of the second fixing flange CF2, respectively. An inlet hole and a second outlet hole, reference numerals CF3a and CF3b respectively denote a third inlet hole and a third outlet hole of the third fixing flange CF3, and reference numerals CF4a and CF4b respectively denote a fourth inlet of the fourth fixing flange CF4孑L and the fourth exit hole, reference numerals CF5a and CF5b respectively denote the fifth inlet hole and the fifth outlet hole of the fifth fixing flange CF5, and reference numerals CF6a and CF6b respectively denote the sixth inlet of the sixth fixing flange CF6 Hole and sixth exit hole. When the first to sixth rotary flanges TF1 to TF6 of the first to sixth storage tanks T1 to T6 are respectively assembled into the first to sixth fixed flanges CF1 to CF6 of the top cover 210, the first inlet hole CFla and The first outlet hole CF1b communicates with the first inlet T1a of the first storage tank T1 and the first outlet Tib, respectively, and the second inlet hole CF2a and the second outlet hole CF2b respectively and the second inlet T2a and the second outlet T2b of the second storage tank T2 The third inlet hole CF3a and the third outlet hole CF3b communicate with the third inlet T3a of the third storage tank T3 and the third outlet port 3b, respectively, and the fourth inlet hole CF4a and the fourth outlet hole CF4b are respectively connected to the fourth storage tank T4. The fourth inlet T4a is in communication with the fourth outlet port 4b, and the fifth inlet port CF5a and the fifth outlet port CF5b are respectively connected to the 20th 200803960 fifth inlet T5a and the fifth outlet T5b of the fifth storage tank T5, and the sixth inlet hole CF6a The sixth inlet T6a and the sixth outlet T6b of the sixth storage tank T6 are in communication with the sixth outlet hole CF6b. Further, in the rear side of the top cover 210, a plurality of grooves are provided, and in the four steps, the plurality of channels 222, 224, 226, 228, 230, 232, and 234 can be formed by being closely adhered to the intermediate plate 250. Specifically, the raw water supply passage 222 that communicates with the first inlet hole CFla, the first passage 224 that connects the first outlet hole CF1b and the second inlet hole CF2a, the first outlet hole CF2b and the third one are provided independently of each other. a second passage 228 that communicates with the inlet hole CF3a, a second passage 228 that connects the third outlet hole cF3b with the fourth inlet hole CF4a, and a fourth passage 230 that connects the fourth outlet hole cF4b with the fifth inlet hole CF5a, The fifth outlet hole CF5b and the sixth inlet hole CF6a are connected to the fifth passage 232 and the pure water discharge passage 234 communicating with the sixth outlet hole CF6b. Although the drawing shows one end of the fifth passage 232 (which is in communication with the fifth outlet hole CF5b) and the other end of the fifth passage 232 (which is in communication with the sixth inlet hole CF6a), the middle portion of the fifth passage 232 is not, The fifth outlet hole CF5b and the sixth inlet hole CF6a are connected to each other by the first measuring unit 360, which will be inserted later. Further, at the side wall 214 of the top cymbal 210, a battery housing 248 ' is provided to house the battery case 29 in the battery housing 248. Also, at a suitable position within the battery housing 248, a securing member 298 is provided, such as for securing and releasing the teeth of at least one side of the battery case 290 by a spring. Further, a button 296 for fixing or releasing the insertion state of the battery case 290 by the user's manipulation control fixing member 298 21 200803960 is provided at the side wall 214 of the top cover 21 near the battery housing 248. Then, consider the intermediate plate 250. Fig. 7a is a plan view of the intermediate plate 250 attached to the rear side of the top cover 210, and Fig. 7b is a rear side view of the intermediate plate 250 facing the bottom plate 280. Referring to Figures 5a, 5b, 6a, 6b, 7a and 7b, the intermediate plate 250, which is closely attached to the rear side of the top cover 210, causes the plurality of channels 222, 224, 226, 228, 230, 232 and 234 to interact with each other. independent. Similarly, on the intermediate plate 250, the first and second measuring units 31A and 36B and other connecting members are mounted. When the intermediate plate 250 is closely attached to the rear side of the top cover 21, the raw water supply hole 252 communicating with the raw water supply passage 222 and the pure water discharge hole communicating with the pure water discharge passage 234 are protruded via the top cover. At this time, the raw water supply hole 252 is connected to the raw water pipe 202' via the raw water connection port 254 and the pure water discharge hole 272 is connected to the pure water pipe 242 via the pure water connection port 274. Further, the first and second measuring units 31A and 36B are provided in the rear side of the intermediate plate 250. The first measuring unit 31 connects the raw water supply port to the raw water supply port 254, and the second measuring unit 360 defines a second channel between the second measuring unit and the top cover 21〇. One end of 232 is connected to the other end 232b. The first measuring unit 31 includes a first-inflow raft 312 connected to the raw water connection bee 254, a first-outlet water 316 connected to the raw water supply hole, and a first outer casing 314 interposed therebetween. The second measuring unit 360 includes a second inflow raft 362 connected to the first connecting hole 262 at the intermediate plate &" perforated to communicate with one end of the fifth passage 232 on the rear side of the cover 2H), in the middle The plate 25 is perforated with a second outflow port 366 of a second connection hole 266 communicating with the other end 232b of the fifth channel 232 on the rear side of the top cover 22 200803960 2i, and a second outer casing 364 interposed therebetween. A pure water discharge port (276) is provided at the pure water discharge hole 272 on the rear side of the intermediate plate 250 and connected to the pure water connection port 274 via the pipe 278. Although not explicitly shown in the drawings, in the first and second outer casings 314 and 364 of the first and second measuring units 310 and 360, an impeller rotated by a moving fluid and a measuring impeller are mounted. The count state of the number of revolutions (such as a lead switch), thereby allowing the flow of water to be measured based on the count result of the counter. Preferably, the decompression member is installed in the first outer casing of the first measuring unit 31〇 using a flexible diaphragm such as rubber. The pressure reducing member makes the supply pressure of the raw water supplied to the raw water supply hole 252 via the first outflow water 316 constant. With regard to the reference, the first measurement unit 310 is disclosed in Korean Patent Application No. 10-2004-50984 and No. 10_2004_15194, which are hereby incorporated by reference. 36(). The bottom cover 28A will now be described with reference to Figures 5a and 5b. In the bottom cover 280, an installation space 288 for accommodating the battery case 2, which is inserted into the battery housing 2, is defined. In the installation of the 288 towel, a plate spring 〇 286 推出 ρ is provided in a direction opposite to the direction of the insertion of the battery case 290. When the battery is received via the side wall 214 of the top cover 210, the battery is charged, and the box 290 is also charged. When inserted into the mounting space 2δδ of the bottom cover 280, at least the side of the battery case 23 200803960 is grasped by the fixing member 289 of the top cover 210 and is expanded and contracted by the elastic force of 286. When the user presses 2% of the day ^, the hunting is pushed out of the battery case 29 by the elastic force of the leaf spring 286.
圖8為根據本發明之實施例的當自與圖4、圖元以及 圖5 b之角度不同的角度檢視時之淨水器之主體的透視 圖，其展示自頂蓋210之頂側突出之第_至第六固定凸緣 CF1至CF6、提供於第一至第六固定凸緣CF1至之内 表面中的螺桿接合零件216以及第一至第六入口孔cna 至CF6a與第一至第六出口孔CFlb至CF6b之部分。稍後 將描述在通過第一至第六入口孔（^1&至〇?63後的自第一 至第六固定凸緣CF1至CF6之内表面處的頂蓋21〇之頂側 212突出且插入於第一至第六貯槽T1至T6之第一至第六 出口 Tib至T6b中的出口插腳218以及自中間蓋25〇之頂 侧突出且插入於第一至第六貯槽T1至T6之第一至第六入 口 T1 a至T6a中的入口插腳268 (參見圖5a、圖6a以及圖 7a)。 可藉由如下之生水的移動路徑来概述上述主體2〇〇。 水栓—生水管202—生水管連接埠254—第一量測單 元310—生水供應孔252—生水供應通道222—第一入口孔 CFla->第一貯槽T1—第一出口孔CFlb—第一通道214s 第二入口孔CF2a->第二貯槽T2—第二出口孔CF2b—第二 通道226—第三入口孔CF3a—第三貯槽T3—第三出口孔 CF3b—第三通道228—第四入口孔CF4a—第四貯槽丁4s 第四出口孔CF4b—第四通道230—第五入口孔CF5a·^第 24 200803960 五貝丁槽T5—第五出口孔CF5b—第五通道232之一端232a —第一連接孔262->第二量測單元360—第二連接孔266— 第五通道232之另一端232b—第六入口孔CF6a—第六貯 槽T6—第六出口孔CF6b—純水排放通道234m純水排放 孔272—純水排放埠276—管278—純水管連接埠274_^純 水管242—使用者 下文，考慮貯槽單元100。Figure 8 is a perspective view of the body of the water purifier when viewed from an angle different from the angles of Figure 4, Figure and Figure 5b, showing the top side of the top cover 210, in accordance with an embodiment of the present invention. The first to sixth fixing flanges CF1 to CF6, the screw joint parts 216 provided in the inner surfaces of the first to sixth fixing flanges CF1, and the first to sixth inlet holes cNa to CF6a and the first to sixth Portions of the exit holes CFlb to CF6b. The top side 212 of the top cover 21 自 at the inner surfaces from the first to sixth fixing flanges CF1 to CF6 after passing through the first to sixth inlet holes (^1 & to ? 63) will be described later and An outlet pin 218 inserted into the first to sixth outlets Tib to T6b of the first to sixth storage tanks T1 to T6 and a top side protruding from the intermediate cover 25A and inserted into the first to sixth storage tanks T1 to T6 The inlet pins 268 in the first to sixth inlets T1a to T6a (see Figs. 5a, 6a, and 7a). The main body 2〇〇 can be summarized by the following moving path of raw water. The water plug-water pipe 202 - raw water pipe connection 埠 254 - first measuring unit 310 - raw water supply hole 252 - raw water supply channel 222 - first inlet hole CFla -> first storage tank T1 - first outlet hole CFlb - first passage 214s Two inlet holes CF2a-> second storage tank T2 - second outlet hole CF2b - second passage 226 - third inlet hole CF3a - third storage tank T3 - third outlet hole CF3b - third passage 228 - fourth inlet hole CF4a - fourth storage tank D4s fourth outlet hole CF4b - fourth passage 230 - fifth inlet hole CF5a · ^ 24th 200803960 five Beiding trough T5 - The fifth outlet hole CF5b - one end 232a of the fifth passage 232 - the first connection hole 262 -> the second measurement unit 360 - the second connection hole 266 - the other end 232b of the fifth passage 232 - the sixth inlet hole CF6a - The sixth storage tank T6 - the sixth outlet hole CF6b - the pure water discharge passage 234m pure water discharge hole 272 - the pure water discharge 埠 276 - the tube 278 - the pure water pipe connection 埠 274_^ the pure water pipe 242 - the user hereinafter, consider the sump unit 100.
在圖9中展示，第一至第六入口 Tla、丁2a、T3a、T4a、 T5a 與 T6a 以及第一至第六出口 Tib、T2b、丁3b.、丁4b、 T5b與T6b分別提供於第一至第六貯槽T1至T6之第一至 第六旋轉凸緣TF1至TF6中。在此情況下，較佳地，可使 貯才曰了1至丁6之第一至第六入口 Tla、T2a、T3a、丁4a、 Τ5^與T6a位於旋轉凸緣TF1至TF6之中央部分處，且可 使第一至第六出口丁113、丁21)、丁31)、丁仆、丁513與丁613位 於旋轉凸緣TF1至TF6之外侧。 本發明之淨水器中使用之貯槽T1至丁6可視内建式 ^ : ϋσ 乂及其功能而大體分為三種貯槽，亦即，碳貯槽， ί=用於過攄且移除包括於生水中之揮發性有機物質的 Γ是貯槽，其包括用於移除包括於生水中之細 貝、陶瓷過濾器；以及功能貯槽，其 ㉞財錢f，諸如，改良純水之^的 遽器二六貯槽T1%T6中之每—者可包括碳過 用用途，及功能過濾、器中之至少—者，根據使 '、ϋ文過濾态之次序或組合的各種方式選擇過濾器。 25 200803960 圖至圖12分別為此等三種貯槽之剖視圖。為了方 便’假疋，圖ίο中所示之碳貯槽為第—貯槽τι，圖 槽為第三貯槽T3且圖 首先，在於圖10中展示為碳貯槽之第一貯_τι中， 界定經由第-止回閥110選擇性地與第-入口 T;a連通之 流入空間I以及經由第二止回閥12Q選擇性地與第一出口As shown in FIG. 9, first to sixth inlets T1a, 2a, T3a, T4a, T5a and T6a and first to sixth outlets Tib, T2b, D3b, D4b, T5b and T6b are respectively provided in the first Up to the first to sixth rotation flanges TF1 to TF6 of the sixth tanks T1 to T6. In this case, preferably, the first to sixth inlets T1a, T2a, T3a, D4a, Τ5^ and T6a of the sump 1 to D6 may be located at the central portion of the rotating flanges TF1 to TF6. And the first to sixth outlets D1, D1, D1, D1, D1, and D1 are located on the outer sides of the rotating flanges TF1 to TF6. The storage tanks T1 to D6 used in the water purifier of the present invention can be roughly divided into three kinds of storage tanks, that is, carbon storage tanks, that is, for the carbon storage tank, and the removal is included in the raw The hydrazine of the volatile organic substance in the water is a storage tank, which comprises a shell filter for removing the raw water contained in the raw water, a ceramic filter, and a functional storage tank, such as 34 yuan, such as a modified pure water. Each of the storage tanks T1%T6 may include a carbon-use use, and at least one of the functional filters, and the filter may be selected in accordance with various ways of ordering or combining the filter states. 25 200803960 Figure to Figure 12 are cross-sectional views of three types of storage tanks, respectively. In order to facilitate the 'false 疋, the carbon storage tank shown in Fig. ίο is the first storage tank τι, the groove is the third storage tank T3 and the figure first, in Fig. 10 is shown as the first storage _τι of the carbon storage tank, defined by the first - an inflow space I in which the check valve 110 selectively communicates with the first inlet T; a and a first outlet via the second check valve 12Q
Tib連通之流出m 〇 ’圓柱形竣過渡器c插入於其間且 形成兩個相互分離的空間。 更詳細地，如圖式中所示，在第一貯槽T1内提供妳 由第一止回閥110選擇性地與第一入口 Tla連通之預定、^ 度的第一輸送管116。將圍繞第一輸送管116之碳過濾器C 置，於比預定高度低的位置處。將碳過濾器€之底側;裝 方、第環形碳過)慮器框（first annular carbon filter frame) 115a上且緊密附著至第一環形碳過濾器框U5a，第一環形 石反過;慮斋框115a圍繞第一輸送管π6之外表面且緊密附著 至第一貯槽丁 1之内表面。碳過濾器C之頂侧由圍繞第一 輸送管116之外表面的第二環形碳過濾器框（sec〇nd annular carbon filter frame) 115b覆蓋且包圍。以碳過濾器 C作為邊界’流入空間i由第一輸送管116之内部與碳過 濾器C之外側界定，且流出空間〇界定於第一輸送管il6 與碳過濾器C之間。 在第一入口 T1 a與第一輸送管116之間，插入第一止 回閥110以選擇性地打開第一入口 Tla。在流出空間〇與 26 200803960 ，一出口 Tlb之間，插入第二止回閥120以選擇性地打開 第一出口丁lb。為此，第一止回閥n〇包括覆蓋且包圍第 一入口 Tlat第一圓形包裝H2以及施加彈力以使第一包 裝112覆蓋第一入口 Tla之第一彈簧114，且第二止回閥 120包括圍繞第一輸送管116之外侧且覆蓋並包圍第一出 口 Tib之弟—圓形包裝122以及施加彈力以使第二包裝 122覆蓋第一出口 Tlb之第二彈簧124。 因此，當升高第一以及第二包裝112以及122時，其 打開第一入口 Tla以及第二出口 Tlb。參看圖8，當將第 一貯槽T1之第一旋轉凸緣TF1插入且固定於頂蓋之 第一固疋凸緣CF1中時，第一包裝η:由插入於第一入口 丁la中之入口插腳268升高以打開第一入口 Tu，且第二 包裝122由插入於第一出口 Tib中之出口插腳218升高以 打開第一出口 Tib。另外，藉由打開第一以及第二止回閥 110以及120,頂蓋210之第一入口孔CFla與第一貯槽Ή 之第一入口 Tla連通且頂蓋210之第一出口孔cFlb ^第 一貯槽丁1之第一出口 Tlb連通。經由第一貯槽们之第一 入口 Tla’將自頂蓋210之第一入口孔CFla傳遞之生水供 應至第-貯槽τι巾，且接著溢出第—輸送管116待在流 入，間I中填充。在填充於流人空間^中之生水通過石炭過 濾為C後流至流出空間〇的同時，自生水吸收且移除揮發 ，有機物2 ’且經㈣—出口 Tlb將所得之生水排放至頂 盍210之第一出口 iCFlb (見圖5a、圖6a以及圖乃）。 在圖10中，參考數字118表示在流出空間〇中圍繞 27 200803960 第-輸送:116之外侧以支撐第二彈簧124且形成有多個 ，一通丄=止阻塞生水之流動的第-孔板W plate)。爹考數子126表示第—緩衝板（flrst buffer邮）， 其在碳過t C之賴上的預定位置處圍繞第 U6之外側’使得溢出第一輪送管116之生水均句地 於第一貯槽T1之整個流出空間〇。 ，、The Tib-connected outflow m 〇 'cylindrical 竣 transitioner c is interposed therebetween and forms two separate spaces. In more detail, as shown in the drawing, a first delivery pipe 116 of a predetermined length, which is selectively connected to the first inlet T1 by the first check valve 110, is provided in the first sump T1. The carbon filter C surrounding the first delivery pipe 116 is placed at a position lower than a predetermined height. The carbon filter is placed on the bottom side of the first annular carbon filter frame 115a and is tightly attached to the first annular carbon filter frame U5a. The opening frame 115a surrounds the outer surface of the first conveying pipe π6 and is closely attached to the inner surface of the first sump 1 . The top side of the carbon filter C is covered and surrounded by a second sec〇nd annular carbon filter frame 115b surrounding the outer surface of the first delivery pipe 116. With the carbon filter C as a boundary, the inflow space i is defined by the inside of the first delivery pipe 116 and the outer side of the carbon filter C, and the outflow space 〇 is defined between the first delivery pipe il6 and the carbon filter C. Between the first inlet T1a and the first delivery pipe 116, a first check valve 110 is inserted to selectively open the first inlet T1a. Between the outflow space 〇 and 26 200803960, an outlet Tlb, a second check valve 120 is inserted to selectively open the first outlet lb. To this end, the first check valve n〇 includes a first circular package H2 covering and surrounding the first inlet Tlat and a first spring 114 applying an elastic force to cause the first package 112 to cover the first inlet T1a, and the second check valve 120 includes a rounded package 122 that surrounds the outer side of the first delivery tube 116 and covers and surrounds the first outlet Tib, and a second spring 124 that applies an elastic force to cause the second package 122 to cover the first outlet T1b. Therefore, when the first and second packages 112 and 122 are raised, they open the first inlet T1a and the second outlet T1b. Referring to FIG. 8, when the first rotating flange TF1 of the first sump T1 is inserted and fixed in the first fixing flange CF1 of the top cover, the first package η: is inserted into the first inlet D1 The pin 268 is raised to open the first inlet Tu, and the second package 122 is raised by the outlet pin 218 inserted in the first outlet Tib to open the first outlet Tib. In addition, by opening the first and second check valves 110 and 120, the first inlet hole CFla of the top cover 210 communicates with the first inlet T1a of the first sump and the first outlet hole cFlb of the top cover 210 is first. The first outlet Tlb of the sump 1 is in communication. The raw water delivered from the first inlet hole CFla of the top cover 210 is supplied to the first storage tank τι via the first inlet Tla' of the first storage tank, and then overflows the first delivery pipe 116 to be inflow, and the intermediate I is filled . The raw water filled in the flow space ^ is filtered by CCC to flow to the effluent space ,, while the autogenous water absorbs and removes the volatilization, and the organic matter 2 'and the (4)-export Tlb discharges the raw water to the top. The first exit iCFlb of 盍210 (see Figure 5a, Figure 6a and Figure). In Fig. 10, reference numeral 118 denotes an outer orifice surrounding the 27 200803960 first-transport: 116 in the outflow space 以 to support the second spring 124 and formed with a plurality of, one-way 丄=stop-blocking the flow of raw water W plate). Reference numeral 126 denotes a first buffer plate (flrst buffer mail) which surrounds the outer side of the U6 at a predetermined position on the carbon over t C so that the raw water overflowing the first round feed pipe 116 is uniformly The entire outflow space 第一 of the first storage tank T1. , ,
圖11為作為陶竞貯槽之第三貯槽丁3之剖視圖。如此 圖中所示，經由第三止回閥130與第三入口 T3a連通之第 二輸送管Π6直接插入於陶瓷過濾器s中。因此，流入空 間I僅由經由第三止回閥13G選擇性地與第三人口^^ = 通之第二輸送管136的内部界定，且在㈣過^ $ 部之流出空間Ο經由第四止回閥14〇與第三出口丁3 通。 陶篆過濾器s形成有多個細孔。第三止回闕13〇包括 覆蓋且包圍第三人口 T3a之第三圓形包裝132以及施加彈 力以使第二包裝132覆蓋第三入口 T3a之第三彈箬134， 且第四止回閥140包括圍繞第二輪送f 136 :外^且覆蓋 並包圍第三出口 T3b之第四圓形包裝142以及施加彈力: 使第四包裂142覆蓋第三出口 T3b之第四彈箬144。 另外，支撐第四 144之第二孔板be— h〇ie plate) 138圍繞第二輸送管136之外侧且终止 第二孔板m形成有多個第二通孔h2。類錄以:描述， 當將第三貯槽T3之第三旋轉凸緣TF3插人且固紐頂蓋 210之第三固定凸緣CF3中時，第三包裝132由插入於第 28 200803960 三入口 T3a中之入口插腳26δ升高以打開第三入口 且因此，頂蓋210之第三入口孔CF3a與第三貯槽乃之 二入口 T3a連通。同樣，第四包裝142由插入於第 T3b中之出口插腳218升高以打開第三出口 u，且-因出 頂盍2H)之第三出口孔CF3b與第三貯槽τ T3b連通。 片一出口 因此，在供應至頂蓋210之第三入口孔㈤Figure 11 is a cross-sectional view of the third tank 3 as a terrarium tank. As shown in the figure, the second transfer tube 6 communicating with the third inlet T3a via the third check valve 130 is directly inserted into the ceramic filter s. Therefore, the inflow space I is defined only by the inside of the second duct 136 which is selectively connected to the third population via the third check valve 13G, and the outflow space of the (4) section is passed through the fourth stop. The return valve 14 is connected to the third outlet. The ceramic filter s is formed with a plurality of fine pores. The third check 13A includes a third circular package 132 covering and surrounding the third population T3a, and a third magazine 134 applying an elastic force to cause the second package 132 to cover the third inlet T3a, and the fourth check valve 140 A fourth circular package 142 is provided that surrounds the second wheel and that covers and surrounds the third outlet T3b and applies an elastic force: the fourth cladding 142 covers the fourth magazine 144 of the third outlet T3b. Further, a second orifice plate 138 supporting the fourth 144 surrounds the outer side of the second delivery pipe 136 and terminates the second orifice plate m to form a plurality of second through holes h2. The catalogue is described as: when the third rotating flange TF3 of the third tank T3 is inserted into the third fixing flange CF3 of the top cover 210, the third package 132 is inserted into the third entrance T3a of the 28 200803960 The inlet pin 26δ is raised to open the third inlet and thus, the third inlet hole CF3a of the top cover 210 is in communication with the second inlet T3a of the third storage tank. Similarly, the fourth package 142 is raised by the outlet pin 218 inserted in the T3b to open the third outlet u, and the third outlet hole CF3b of the top cymbal 2H is in communication with the third sump τ T3b. Sheet one outlet, therefore, in the third inlet hole supplied to the top cover 210 (5)
水經由第三入pT3a流至第三貯槽乃中且 2 裔S的_，執行移除細讎質的主要雕步驟， ==口 m將所得之生水排放峨21〇之第:: 口 。3b (見圖5a、圖6a、圖7a以及圖8)。 =1 12為作為功能貯槽之第六貯槽丁6的剖視 二弟/、貝τ槽T6的結構以及操作類似於圖丨〇中所示之石山, ^槽。如圖12中所示’經由第五止回閥15()選擇性地與第 、入T6a連通之流入空間j以及經由第六止回閥1⑼選 擇性地與第六出口 T6b連通之流出空間〇藉由插入於直間 之功能過濾器B界定。 更具體言之，在第六貯槽T6之内部，提供經由第五 止回閥150選擇性地與第六入口 T6a連通之預定高度的第 二輸送管156。將多個功能過濾器B置放於比預定高度低 的位置處。功能過濾器B包括各種有益物質（諸如，維生 素）為了改良純水之品質，將各種有益物質添加至待溶解 於純水中之穩定物質（諸如，陶瓷球）。功能過濾器B安 裝於圍繞第三輸送管156之外侧的第三孔板（third h〇le 29 200803960 =有多㈣三通孔h3以及環形功能過遽 态私 衣形功能過濾器框155圍繞第三輸送管156之 外側且π名P付著至第六貯才曹丁6之内表面。流入空間I由自 第/、入口 T6b直至第三輸送管156之内部與外部界定，且 流出㈣〇經界定於第三孔板150與功能過濾器框155下。 在第六入口 T6a與第三輸送管156之間插入第五止回 ‘ ，150，第五止回閥150包括覆蓋且包圍第六入口 T6a之 φ 第五圓形包裝152以及施加彈力以使第五包裝152覆蓋第 六入口 T6a以便選擇性打開第六入口 T6a之第五^簧 H4。同樣，在第三孔板1S8與第六出口 丁仍之間插入第 六止回閥副，第六止關16Q包括圍繞第三輸送管156 之外側且覆盍並包圍第六出口丁％之第六圓形包裝以 及施加彈力以使第六包裝162覆蓋第六出口丁补以便選擇 性打開第六出口 T6b之第六彈簧164。 目此，當將第六貯槽丁6之第六旋轉凸緣m插入且 固疋方；頂蓋210之弟六固定凸緣中時，第五包裝152 ⑩ 由插入於第五入口丁6a中之入口插腳268升高以打開第五 ' 入口丁6a，且因此，頂蓋21 〇之第六入口孔CF6a與第六貯 ^ 槽T6之第六入口 T6a連通，且頂蓋210之第六出口孔 與第六貯槽T6之第六出口 T6b連通。 因此，經由第六入口 T6a將自主體20〇供應至第六入 口孔CF6a中之生水供應至弟六貯槽丁6中，且接著溢出第 三輸送管156待在流入空間I中填充。在填充於流Z空間 I中之生水通過功能過?慮态B後流至流出空間〇的同時， 30 200803960 將渚如維生素之有益物質溶解於生水中，且經由第六出口 將所得之生水排放至頂蓋210之第六出口孔CF6b0在 ，丄2: ’苓考數字166 *示第二孔板，第二孔板在功能過 應态ΰ之頂侧上的預定位置處圍繞第三輪送管〗56之 :皿出第三輸送&156之生水均勻地填充於第六貯 稽16中。 ，上參看圖l·、圖2a、圖2b、圖3、圖4、圖5a、圖 5Λ=6&、圖此、圖^、圖几以及圖8至圖12所描述， |τΓ，1/ Tla T6a σ Tlb ^ m 130、140、150以及1㈧提供於淨水器之貯槽 中之原因在於防止當自主體200拆却貯槽丁 1至 丁6時^因於自貯槽Τ1至Τ6排出之水或由貯槽T1至？6 内°卩n I強力喷射之水而可能會發生的任何意外事故。 士 士所述，使用者在使用本發明之淨水器的同時， ^不單凡350確認過濾器c、S以及B之污染程度， 产土夕，使用者可拆卸貯槽Τ1至丁6且可修理過滹哭十 在過濾哭Γ、c 為，或 而曰 1及Β之替換時間以新的過濾器將其栽拖 而不具有困難。 、曰涣 哭，ΐΐΐ上描述顯而易見，根據本發明，提供—種淨欢 程度且通知之實際使用量精劇貞測麟器之污染 最 換時間，藉此增加過濾、器之使用效率且維持 夕卜， 種具有很容易且安全的過濾器替換過裎 31 200803960 之淨水器，其能夠允許任何使用者容易且方便地替換與維 護過濾、器。 雖然本發明已以較佳實施例揭露如上，然其並非用以 限定本發明，任何熟習此技藝者，在不脫離本發明之精神 和範圍内，當可作些許之更動與潤飾，因此本發明之保護 範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 自實施例之下列描述，結合附圖，本發明之以上及/ 或其他態樣以及優勢將變得顯而易見且更易於瞭解，在附 圖中： 圖1為根據本發明之實施例的淨水器之方塊圖。 圖2a以及圖2b為根據本發明之實施例的淨水器之外 部透視圖。 圖3為根據本發明之實施例的淨水器之部分分解透視 圖。 圖4為根據本發明之實施例的淨水器之内部分解透視 圖。 圖5a以及圖5b為根據本發明之實施例的淨水器之主 體之分解透視圖。 圖6a以及圖6b分別為根據本發明之實施例的淨水器 之頂盖之平面圖以及後側視圖。 圖7a以及圖7b分別為根據本發明之實施例的淨水器 之中間板之平面圖以及後側視圖。 圖8為根據本發明之實施例的淨水器之主體之透視 32 200803960 圖9為根據本發明之實施例的淨水器之貯槽之後側透 視圖。 之實施例的淨水器之貯槽 圖10至圖12為根據本發明 之剖視圖。 【主要元件符號說明】The water flows through the third inlet pT3a to the third storage tank and the __ of the 2nd S, performs the main carving step of removing the fine enamel, and the == mouth m discharges the obtained raw water to the 21st:: mouth. 3b (see Figure 5a, Figure 6a, Figure 7a and Figure 8). =1 12 is the cross section of the sixth storage tank D6 as a functional storage tank. The structure and operation of the second brother/the second tank T6 are similar to those of the rock mountain shown in Fig. As shown in FIG. 12, 'the inflow space j selectively communicating with the first and the incoming T6a via the fifth check valve 15() and the outflow space selectively communicating with the sixth outlet T6b via the sixth check valve 1 (9) Defined by a function filter B inserted in the straight. More specifically, inside the sixth storage tank T6, a second delivery pipe 156 of a predetermined height selectively communicating with the sixth inlet T6a via the fifth check valve 150 is provided. The plurality of function filters B are placed at a position lower than a predetermined height. The functional filter B includes various beneficial substances such as vitamins to add various beneficial substances to a stable substance (such as a ceramic ball) to be dissolved in pure water in order to improve the quality of pure water. The functional filter B is mounted on a third orifice plate around the outer side of the third delivery pipe 156 (third h〇le 29 200803960 = multiple (four) three-way holes h3 and a ring-shaped function over-the-counter-shaped function filter frame 155 around the The outer side of the three ducts 156 and the π-name P are paid to the inner surface of the sixth tank. The inflow space I is defined by the inside and the outside of the third/inlet T6b to the third duct 156, and flows out (four)〇 Defined below the third orifice plate 150 and the functional filter frame 155. A fifth check '150 is inserted between the sixth inlet T6a and the third delivery tube 156, and the fifth check valve 150 includes a cover and surrounds the sixth The fifth circular package 152 of the inlet T6a and the spring force are applied to cause the fifth package 152 to cover the sixth inlet T6a to selectively open the fifth spring H4 of the sixth inlet T6a. Also, in the third orifice plate 1S8 and the sixth A sixth check valve pair is inserted between the outlets, and the sixth check 16Q includes a sixth circular package surrounding the outer side of the third transfer pipe 156 and covering the sixth outlet, and applying a spring force to make the sixth The package 162 covers the sixth outlet to facilitate selective opening of the sixth out The sixth spring 164 of the mouth T6b. Therefore, when the sixth rotating flange m of the sixth sump 6 is inserted and fixed, and the sixth cover 152 10 is inserted into the flange of the top cover 210, the fifth package 152 10 is inserted. The inlet pin 268 in the fifth inlet hex 6a is raised to open the fifth 'inlet ferrule 6a, and therefore, the sixth inlet hole CF6a of the top cover 21 连通 is in communication with the sixth inlet T6a of the sixth storage tank T6, and The sixth outlet hole of the top cover 210 communicates with the sixth outlet T6b of the sixth storage tank T6. Therefore, the raw water supplied from the main body 20〇 to the sixth inlet hole CF6a is supplied to the sixth storage tank D6 via the sixth inlet T6a. And then overflowing the third conveying pipe 156 to be filled in the inflow space I. While the raw water filled in the flow Z space I flows through the functional state B to the outflow space, 30 200803960 will be The beneficial substance of the vitamin is dissolved in the raw water, and the raw water obtained is discharged to the sixth outlet hole CF6b0 of the top cover 210 via the sixth outlet, 丄 2: '苓 数字 166 * shows the second orifice plate, the second hole The plate surrounds the third wheel of the tube at a predetermined position on the top side of the functional over-the-top state: The raw water of the third transport & 156 is evenly filled in the sixth storage 16 . Referring to Figure 1·, Figure 2a, Figure 2b, Figure 3, Figure 4, Figure 5a, Figure 5Λ=6& As shown in Fig. 2, Fig. 8 and Fig. 8 to Fig. 12, |τΓ, 1/ Tla T6a σ Tlb ^ m 130, 140, 150 and 1 (eight) are provided in the sump of the water purifier because it is prevented from being removed from the main body 200 However, the storage tank D1 to D6 is due to the water discharged from the storage tanks 1 to 6 or from the storage tank T1 to? 6 Any accident that may occur when the inside of the water is sprayed. According to the taxi, the user can use the water purifier of the present invention, and not only 350 confirms the pollution degree of the filters c, S and B, and the user can disassemble the storage tank Τ1 to D6 and can be repaired. It’s not too difficult to filter the crying, c, or the replacement time of the 曰1 and Β with a new filter. According to the present invention, it is obvious that the degree of cleanliness is notified and the actual usage amount is notified, and the pollution time of the instrument is increased, thereby increasing the efficiency of use of the filter and the maintenance of the eve. A water filter that is easy and safe to replace the 裎31 200803960, which allows any user to easily and conveniently replace and maintain the filter. While the present invention has been described in its preferred embodiments, the present invention is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS The above and/or other aspects and advantages of the present invention will become apparent from the A block diagram of the water purifier of the embodiment. 2a and 2b are perspective views of the exterior of the water purifier in accordance with an embodiment of the present invention. Figure 3 is a partially exploded perspective view of a water purifier in accordance with an embodiment of the present invention. Fig. 4 is an internally exploded perspective view of the water purifier according to an embodiment of the present invention. Fig. 5a and Fig. 5b are exploded perspective views of the main body of the water purifier according to an embodiment of the present invention. 6a and 6b are a plan view and a rear side view, respectively, of a top cover of a water purifier according to an embodiment of the present invention. 7a and 7b are a plan view and a rear side view, respectively, of an intermediate plate of a water purifier according to an embodiment of the present invention. Figure 8 is a perspective view of a body of a water purifier in accordance with an embodiment of the present invention. 32 200803960 Figure 9 is a rear perspective view of a sump of a water purifier in accordance with an embodiment of the present invention. The sump of the water purifier of the embodiment Fig. 10 to Fig. 12 are cross-sectional views according to the present invention. [Main component symbol description]
100 .貯槽單元 104 :配合端 110 :第一止回閥 112，第一圓形包裝 114 ·•第一彈簧 115a :第一環形碳過濾器樞 115b :第二環形碳過濾器框 116 第， -輪送管 118 第， 一孔板 120 第， 一止回閥 122 第， 二圓形包裝 124 第， 二彈簧 126 第 一緩衝板 130 第. 三止回閥 132 第 三圓形包裝 134 第 三彈簧 136 第 一輪送管 138 :第 二孔板 33 200803960 140 142 144 150 152 . 154 155 156 ⑩ 158 160 162 164 166 200 202 210 • 212 214 216 218 222 224 226 228 第四止回閥 第四圓形包裝 第四彈簧 第五止回閥 第五圓形包裝 第五彈簧 環形功能過濾器框 第三輸送管 第三孔板 第六止回閥 第六圓形包裝 第六彈簧 第二孔板 主體 生水管 頂蓋 頂側 侧壁 螺桿接合零件 出口插腳 生水供應通道 第一通道 第二通道 第三通道 34 200803960 230 :第四通道 232 :第五通道 232a :第五通道之一端 232b :第五通道之另一端 234 :純水排放通道 242 :純水管 248 ··電池收納埠 250 :中間板 252 :生水供應孔 254 :生水管連接埠/生水連接埠 262 :第一連接孔 266 :第二連接孔 268 :入口插腳 272 :純水排放孔 274 :純水管連接埠/純水連接埠 276 ··純水排放埠 278 :管 280 :底蓋/底板 286 :板片彈簧 288:安裝空間 290 :電池盒 2 9 6 ·按名丑 298 :固定部件 300:控制器 35 200803960100. Slot unit 104: mating end 110: first check valve 112, first circular package 114 • first spring 115a: first annular carbon filter pivot 115b: second annular carbon filter frame 116 - the delivery tube 118, the first orifice plate 120, the first check valve 122, the second circular package 124, the second spring 126, the first buffer plate 130, the third check valve 132, the third circular package 134, the third Spring 136 first wheel feed pipe 138: second orifice plate 33 200803960 140 142 144 150 152 . 154 155 156 10 158 160 162 164 166 200 202 210 • 212 214 216 218 222 224 226 228 fourth check valve fourth circle Shaped packaging fourth spring fifth check valve fifth round packaging fifth spring ring function filter frame third conveying pipe third orifice plate sixth check valve sixth round packaging sixth spring second orifice main body Water pipe top cover top side wall screw joint part outlet pin raw water supply passage first passage second passage third passage 34 200803960 230 : fourth passage 232 : fifth passage 232a : fifth passage one end 232b : fifth passage The other end 234: pure water row Channel 242: pure water pipe 248 · battery storage port 250: intermediate plate 252: raw water supply hole 254: raw water pipe connection 生 / raw water connection 埠 262: first connection hole 266: second connection hole 268: inlet pin 272: Pure water discharge hole 274: pure water pipe connection 纯 / pure water connection 埠 276 · · pure water discharge 埠 278 : tube 280 : bottom cover / bottom plate 286 : plate spring 288: installation space 290 : battery case 2 9 6 · by name Ugly 298: Fixed part 300: Controller 35 200803960
310 第一量測單元 312 第一流入水埠 314 第一外殼 316 第一流出水埠 330 印刷電路板 332 操作按紐 334 線纜 336 插座連接器 340 控制單元 350 顯示單元 360 第二量測單元 362 第二流入水埠 364 第二外殼 366 第二流出水埠 400 外殼 402 片蓋 404 按紐孔 406 窗 500 電池 502 插腳連接器 B :功能過濾器 C :碳過濾器 CF1 :第一固定凸緣 CFla·弟一固定凸緣之第一入口孔 36 200803960 CFlb:第一固定凸緣之第一出口孔 CF2 :第二固定凸緣 CF2a:第二固定凸緣之第二入口孔 CF2b:第二固定凸緣之第二出口孔 CF3 :第三固定凸緣310 first measuring unit 312 first inflow raft 314 first outer casing 316 first outflow raft 330 printed circuit board 332 operation button 334 cable 336 socket connector 340 control unit 350 display unit 360 second measuring unit 362 Second inflow raft 364 Second outer casing 366 Second outflow raft 400 Outer casing 402 Cover 404 Press buttonhole 406 Window 500 Battery 502 Pin connector B: Function filter C: Carbon filter CF1: First fixing flange CFla· First opening hole 36 of a fixing flange 200803960 CFlb: first outlet hole CF2 of the first fixing flange: second fixing flange CF2a: second inlet hole CF2b of the second fixing flange: second fixing flange Second outlet hole CF3: third fixing flange
_ CF3a :第三固定凸緣之第三入口孑L CF3b:第三固定凸緣之第三出口孔 CF4 ··第四固定凸緣 • CF4a :第四固定凸緣之第四入口孔 CF4b :第四固定凸緣之第四出口孑L CF5 :第五固定凸緣 CF5a:第五固定凸緣之第五入口孔 CF5b:第五固定凸緣之第五出口孔 CF6 :第六固定凸緣 CF6a :第六固定凸緣之第六入口孔 CF6b:第六固定凸緣之第六出口孔 φ hi :第一通孔 1ι2 ·•第二通孔 h3 :第三通孔 I :流入空間 0:流出空間 S:陶瓷過濾器 T1 :第一貯槽 Tla :第一貯槽之第一入口 37 200803960_ CF3a: third inlet of the third fixing flange 孑L CF3b: third outlet hole CF4 of the third fixing flange ··fourth fixing flange • CF4a: fourth inlet hole of the fourth fixing flange CF4b: Fourth outlet of the four fixing flanges CFL CF5: fifth fixing flange CF5a: fifth inlet hole CF5b of the fifth fixing flange: fifth outlet hole CF6 of the fifth fixing flange: sixth fixing flange CF6a: The sixth inlet hole CF6b of the sixth fixing flange: the sixth outlet hole of the sixth fixing flange φ hi : the first through hole 1 1 · the second through hole h3 : the third through hole I : the inflow space 0 : the outflow space S: ceramic filter T1: first storage tank Tla: first inlet of the first storage tank 37 200803960
Tib :第一貯槽之第一出口 T2 :第二貯槽 T2a:第二貯槽之第二入口 T2b ··第二貯槽之第二出口 T3 :第三貯槽 _ T3a :第三貯槽之第三入口 T3b ··第三貯槽之第三出口 T4 :第四貯槽 ⑩ T4a :第四貯槽之第四入口 T4b ··第四貯槽之第四出口 T5 :第五貯槽 T5a :第五貯槽之第五入口 T5b ··第五貯槽之第五出口 T6 ··第六貯槽 T6a :第六貯槽之第六入口 T6b :第六貯槽之第六出口 • TF1 :第一旋轉凸緣 TF2 :第二旋轉凸緣 TF3 :第三旋轉凸緣 TF4 ··第四旋轉凸緣 TF5 :第五旋轉凸緣 TF6 :第六旋轉凸緣 38Tib: first outlet T2 of the first storage tank: second storage tank T2a: second inlet T2b of the second storage tank · second outlet T3 of the second storage tank: third storage tank _T3a: third inlet T3b of the third storage tank The third outlet T4 of the third storage tank: the fourth storage tank 10 T4a: the fourth inlet T4b of the fourth storage tank · the fourth outlet T5 of the fourth storage tank: the fifth storage tank T5a: the fifth inlet T5b of the fifth storage tank ·· The fifth outlet T6 of the fifth storage tank ···the sixth storage tank T6a: the sixth inlet T6b of the sixth storage tank: the sixth outlet of the sixth storage tank • TF1: the first rotary flange TF2: the second rotary flange TF3: the third Rotating flange TF4 ··fourth rotating flange TF5: fifth rotating flange TF6: sixth rotating flange 38
Claims (1)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR1020060063142A KR100824071B1 (en) | 2006-07-05 | 2006-07-05 | Water cleaner and water cleaning method using the same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TW200803960A true TW200803960A (en) | 2008-01-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW096102650A TW200803960A (en) | 2006-07-05 | 2007-01-24 | Water cleaner and water cleaning method using the same |
Country Status (5)
| Country | Link |
|---|---|
| KR (1) | KR100824071B1 (en) |
| CN (1) | CN101100318A (en) |
| MY (1) | MY139802A (en) |
| SG (1) | SG138515A1 (en) |
| TW (1) | TW200803960A (en) |
Families Citing this family (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103395848B (en) * | 2007-06-20 | 2015-05-13 | 三菱丽阳可菱水有限公司 | Water purifying cartridge, and water purifier |
| KR101002092B1 (en) * | 2009-02-20 | 2010-12-16 | 권진철 | Installing structure for water purifying filter |
| CN106145202A (en) * | 2015-03-26 | 2016-11-23 | 佛山市顺德区美的饮水机制造有限公司 | Plate circuit formula waterway structure and water purifier |
| CN106145204A (en) * | 2015-03-26 | 2016-11-23 | 佛山市顺德区美的饮水机制造有限公司 | Horizontal water purifier |
| CN105327542A (en) * | 2015-12-10 | 2016-02-17 | 珠海格力电器股份有限公司 | Flushing method of water purifier and water purifier |
| KR101789638B1 (en) * | 2016-02-02 | 2017-11-20 | 엘지전자 주식회사 | water purifier and a control method of the same |
| KR102529124B1 (en) * | 2016-10-10 | 2023-05-08 | 엘지전자 주식회사 | Mobile terminal for performing method of displaying filter status of water purifier and recording medium recording program performing same |
| KR102014392B1 (en) * | 2018-01-11 | 2019-08-26 | 엘지전자 주식회사 | water purifier and control method thereof |
| CN109011810A (en) * | 2018-10-26 | 2018-12-18 | 珠海格力电器股份有限公司 | Water purifier |
| WO2022231041A1 (en) * | 2021-04-30 | 2022-11-03 | 코웨이 주식회사 | Channel assembly for water purifier |
Family Cites Families (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR970025672A (en) * | 1995-11-30 | 1997-06-24 | 박정옥 | Filter life monitoring device and method |
| KR100500966B1 (en) * | 2002-11-22 | 2005-07-14 | 웅진코웨이주식회사 | High turbid filter having indicator exchange time of filter |
| KR200338624Y1 (en) * | 2003-10-24 | 2004-01-16 | 주식회사 티베이시스 | structure for impeller of indicator |
| KR100521843B1 (en) * | 2004-03-05 | 2005-10-14 | 주식회사 승광 | auto regenerable water softner dividing water according to temperature |
-
2006
- 2006-07-05 KR KR1020060063142A patent/KR100824071B1/en active IP Right Grant
-
2007
- 2007-01-19 MY MYPI20070101A patent/MY139802A/en unknown
- 2007-01-22 SG SG200700470-8A patent/SG138515A1/en unknown
- 2007-01-24 TW TW096102650A patent/TW200803960A/en unknown
- 2007-01-25 CN CNA2007100004055A patent/CN101100318A/en active Pending
Also Published As
| Publication number | Publication date |
|---|---|
| KR20080004306A (en) | 2008-01-09 |
| SG138515A1 (en) | 2008-01-28 |
| KR100824071B1 (en) | 2008-04-21 |
| MY139802A (en) | 2009-10-30 |
| CN101100318A (en) | 2008-01-09 |
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