201206541 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種水處理裝置’且特別是有關於一 種無需電力驅動過濾，且方便拆組清潔濾心的自泵式淨水 器。 【先前技術】201206541 VI. Description of the Invention: [Technical Field] The present invention relates to a water treatment apparatus' and particularly relates to a self-pump type water purifier which does not require electric drive filtration and which facilitates disassembly of a cleaning filter. [Prior Art]
傳統之液體用過濾裝置，是將整組過濾單元浸入密閉 的外殼内部，並且在外接電力後，利用電力驅動加壓泵浦 以提高進水端的水壓，使純淨水分子得以穿透薄膜產生淨 液’同時阻止各種雜質及有害物質穿透薄膜，以達到固液分 離的使用目的。 以外接電力來驅動水體過濾的方式，固然可以使液體 達到快速過遽的目的，但是，採用外接電力的液體過濾裝 置不但耗能，而且必須在有電力的地方方能使用，此對於 落後或是輸送水壓較低的地區，則有使用上的困難。 雖然，目刖已可以藉由提高進水槽的高度位置來改變 液體的位能，使過濾單元進水端的水壓增高，以形成自動 過遽產水的效果，但是’卻需要另外增加導水管路與浅壓 閥等設備，亦非理想的組配模式。 置在外殼内部’且屬於耗材之-，當污堵而必須更⑹ 洗時，—般作法必縣料❸了開並適度排水後，再耳 過滅單元進行更換m貞的拆卸步驟不但費時費」 當該水過縣置係為—大型的機㈣，則是不； 201206541 因此’本發明所提供之一種自泵式淨水器，利用增加 處理槽的水位高度來提供驅動進水動能，無須另外增設電 力驅動過濾’且無需組接導水管路，具有結構簡單化，以 降低製造成本。 本發明之一種自泵式淨水器，利用在處理槽内的一滑 套單70 ’讓過濾單元可在處理槽呈封閉狀態下，直接地推 送或引拔出處理槽，而方便於清潔濾膜，或是便於更換濾 心的使用目的。 根據本發明所提出之一種自泵式淨水器，包含一處理 槽 產水管、一過濾單元及一滑套單元。該處理槽包含 有一槽壁、一插置孔、一排放孔及一由該槽壁所圍設出的 内谷至，该處理槽更包含有至少兩個滑執，此等滑執是裝 設在該槽壁的一内壁面上，且對應於該插置孔。該產水管 包含有一環繞一軸線的管壁與複數個貫穿該管壁的透孔。 該過濾單元包含複數個水密層疊套設在該產水管上的濾 袋，刖述濾袋是與該軸線方向呈垂直設置，且每一個濾袋 为別具有一與前述透孔相連通的中央孔，當該驅動單元驅 動該產水管旋轉’進而使該過渡單元環繞該產水管之軸線 產生同步紅轉。該滑套單元包含一鏤空的框體，該框體具 有至少兩個設置於該框體外周側的滑塊、一内部空間，以 及一設置於該框體一側的開放口。 s a玄過濾單元裝設入該滑套單元之框體的内部空間， 可利用該滑套單元之滑塊自該處理槽之插置孔沿著各該滑 轨’以將έ玄滑套單元及過渡單元方便裝卸入該處理槽的内 容室中。 依照本發明上述自泵式淨水器，其中，該處理槽更具[s] 4 201206541 有一設置於該槽壁之内壁面上的定位座，該滑套單元的框 體更具有-位於另—側的穿孔，該產水管係貫穿該穿孔， 進而推抵至該定位座而形成定位。 依照本發明上述自杲式淨水器，其中更包含一控制 閥，該控制閥安置在該定位座上，當滑套單元推抵在定位 座上時，該產水管是接觸在該控制閥上。 依照本發明上述自泵式淨水器，其中，該滑套單元的 蓋體更具有-防水塾圈，該防水塾圈是環設於該蓋體的外 • 環面上。 依照本發明上述自泵式淨水器，其中，該滑套單元的 框體更具有複數個鎮空孔。 依照本發明上述自泵式淨水器，其中更包含一濾膜， 該遽膜是包覆在該滑套單元之框體的外周面上。 依’…本發明上述自栗式淨水器，其中，該滑套單元之 滑塊更具有一卡接凸部，該框體更具有一接合凹部，該滑 塊疋利用这卡接凸部卡合組裝至該框體的接合凹部上。 • 依照本發明上述自泵式淨水器’其中，該產水管更包 含一塞蓋，該塞蓋是套止在該產水管的其中一端。 依照本發明上述自泵式淨水器’其中，該滑套單元的 蓋體更具有至少一提把’該提把是凸設於該蓋體的一外側 面上。 依知、本發明上述自栗式淨水器’其中，該過濾單元更 包含有複數個導水盤與複數個水密元件，前述導水盤是以 兩兩為一組而與該過濾單元的濾袋相互交錯嵌疊。 依照本發明上述自泵式淨水器，其中，該滑套單元更 包含一蓋體，該框體更具有一第一結合部，該蓋體具有一 5 201206541 中央孔及一第二結合部，該蓋體的第二結合部是對應組裝 於該框體之第一結合部上。 依照本發明上述自泵式淨水器，其中，該滑套單元之 框體的第一結合部是一外螺紋，該蓋體的第二結合部是一 内螺紋。 因此’本發明的自泵式淨水器，無須電力供電之下， 利用增加處理槽的水位高度來提供驅動進水動能，且無需 組接導水管路，具有構造簡單，降低製造成本的好處。而The conventional liquid filtering device immerses the entire filter unit in a sealed outer casing, and after external power is supplied, the electric pump is used to drive the pressure pump to increase the water pressure at the inlet end, so that the purified water molecules can penetrate the film to produce a net. The liquid 'at the same time prevents various impurities and harmful substances from penetrating the film to achieve the purpose of solid-liquid separation. The method of external power to drive the water filtration can make the liquid reach the speed of over-flowing. However, the liquid filtering device using external power not only consumes energy, but also must be used in places where there is electricity, which is backward or In areas where the water pressure is low, there are difficulties in use. Although it is possible to change the positional energy of the liquid by increasing the height position of the water inlet tank, the water pressure at the inlet end of the filter unit is increased to form an automatic over-water production effect, but 'there is an additional increase in the water conduit. Equipment such as shallow pressure valves is also not an ideal combination mode. It is placed inside the outer casing and it is a consumable. When it is dirty, it must be washed more. (6) It is common practice that the county will be opened and properly drained, and then the ear removal unit will be replaced. When the water passes through the county as a large machine (four), it is not; 201206541 Therefore, the present invention provides a self-pumping water purifier that increases the water level of the treatment tank to provide driving kinetic energy without In addition, electric drive filtration is added, and there is no need to connect the water conduit, which has a simple structure to reduce the manufacturing cost. The self-pump type water purifier of the invention utilizes a sliding sleeve 70' in the processing tank to allow the filtering unit to directly push or pull out the processing tank in the closed state of the processing tank, thereby facilitating the cleaning filter. Membrane, or the purpose of easy replacement of the filter. A self-pumping water purifier according to the present invention comprises a treatment tank water production pipe, a filter unit and a sliding sleeve unit. The treatment tank includes a groove wall, an insertion hole, a discharge hole and an inner valley surrounded by the groove wall, and the treatment groove further comprises at least two sliding handles, and the sliding handles are installed On an inner wall surface of the groove wall, and corresponding to the insertion hole. The water producing pipe includes a pipe wall surrounding an axis and a plurality of through holes penetrating the pipe wall. The filter unit comprises a plurality of filter bags which are arranged on the water production pipe in a watertight manner. The filter bags are arranged perpendicular to the axial direction, and each filter bag has a central hole which communicates with the through hole. When the drive unit drives the water production pipe to rotate 'and then the transition unit generates a synchronous red turn around the axis of the water production pipe. The sliding sleeve unit comprises a hollow frame having at least two sliders disposed on the outer peripheral side of the frame, an inner space, and an open port disposed on one side of the frame. The saft filter unit is installed in the inner space of the frame of the sliding sleeve unit, and the slider of the sliding sleeve unit can be used to insert the sliding hole from the processing slot along each of the sliding rails to The transition unit is conveniently loaded and unloaded into the content chamber of the processing tank. According to the self-pump type water purifier of the present invention, the processing tank is more [s] 4 201206541, and has a positioning seat disposed on the inner wall surface of the groove wall, and the frame body of the sliding sleeve unit has more - located at another The side of the perforation, the water pipe runs through the perforation, and then pushes to the positioning seat to form a positioning. According to the present invention, the self-drying type water purifier further includes a control valve disposed on the positioning seat, and the production water pipe is in contact with the control valve when the sliding sleeve unit is pushed against the positioning seat. . According to the self-pump type water purifier of the present invention, the cover of the sliding sleeve unit further has a waterproof loop which is disposed on the outer ring surface of the cover. According to the above self-pump type water purifier of the present invention, the frame of the sliding sleeve unit further has a plurality of vacant holes. According to the self-pump type water purifier of the present invention, the filter further includes a filter film which is coated on the outer peripheral surface of the frame of the sliding sleeve unit. According to the above invention, the slider of the sliding sleeve unit further has a latching convex portion, and the frame body further has an engaging concave portion, and the slider 疋 utilizes the engaging convex portion card The assembly is assembled to the engagement recess of the frame. A self-pumping water purifier as described above, wherein the water producing pipe further comprises a plug which is sleeved at one end of the water producing pipe. According to the above self-pump type water purifier of the present invention, the cover of the sliding sleeve unit further has at least one handle, and the handle is protruded from an outer side surface of the cover body. According to the above invention, the filter unit further includes a plurality of water guiding plates and a plurality of watertight members, wherein the water guiding plates are in groups of two and interact with the filter bags of the filtering unit. Interlaced inlay. The self-pumping water purifier according to the present invention, wherein the sliding sleeve unit further comprises a cover body, the frame body further has a first joint portion, the cover body having a central hole of a 201206541 and a second joint portion. The second joint portion of the cover body is correspondingly assembled to the first joint portion of the frame body. According to the above self-pump type water purifier of the present invention, the first joint portion of the frame body of the sleeve unit is an external thread, and the second joint portion of the cover body is an internal thread. Therefore, the self-pump type water purifier of the present invention provides the driving water kinetic energy by increasing the water level height of the processing tank without the need of electric power supply, and does not need to assemble the water guiding pipeline, and has the advantages of simple structure and reduced manufacturing cost. and
利用滑執結構的滑套單元裝設過遽單元，可方便將過濾單 兀組裝或卸離處理槽，以提供方便清潔與更換濾心的使用 功效。 【實施方式】 參照第1圖，本發明之自泵式淨水器的第一實施例， 包含-處理槽10、一產水管20、一過渡單元3〇及一滑套 單元40。 該處理# 10,包含有-頂部透空且呈漏斗狀的槽壁 "、-進水孔12、-自該槽壁U側邊開設的插置孔13、 一位於該槽壁U底部的排放孔14、—由該槽壁u所圍設 出的内如5以及至少兩個滑軌16。該等滑軌16是裝： 在該槽壁11的一内壁面⑴上，且對應於該插置孔13::亥 處理槽1G更包含複數個腳架17，以利將該處理槽 安置在一地面或平面上。 “ 該產水管20’包含有-環繞—軸線的管㈣與複數個 貝穿該管壁21的透孔22。該產水管2G更包含 該塞蓋23是套止在該產水f 2Q的其中=The sliding unit of the sliding structure is used to install the filter unit, which can conveniently assemble or unload the filter unit to the treatment tank, so as to provide convenient cleaning and replacement of the filter core. [Embodiment] Referring to Fig. 1, a first embodiment of a self-pumping water purifier of the present invention comprises a treatment tank 10, a water production pipe 20, a transition unit 3A, and a sliding sleeve unit 40. The process #10 includes a groove wall having a top-topped and funnel shape, a water inlet hole 12, an insertion hole 13 opened from a side of the groove wall U, and a bottom portion of the groove wall U. The discharge hole 14 is defined by the inner wall 5 and the at least two slide rails 16 surrounded by the groove wall u. The slide rails 16 are mounted on an inner wall surface (1) of the slot wall 11 and corresponding to the insertion holes 13: the processing bay 1G further includes a plurality of tripods 17 to facilitate the placement of the processing slots On the ground or in a plane. The water production pipe 20' includes a pipe (four) having a circumferential-axis and a plurality of through holes 22 penetrating the pipe wall 21. The water production pipe 2G further includes the plug cover 23 being trapped in the water supply f 2Q =
Si 的另-端則穿設延伸出該處理槽10外，用以將過據至二 6 201206541 產水管20Λ的淨水導接至一淨水槽（圖未示）储放。 忒過遽單元30，包含複數個水密層疊套設在該產水管 =上的濾袋3卜複數個導水盤32與複數個水密元件犯： 刖述導水盤32是以ϋ為—組而與該過渡單^ 的渡袋 31相互交錯嵌疊。前述導水盤32恰夾壓在據袋3ι中央孔 311周緣’且藉水密元件33貼抵濾袋31膜面以防止生水滲 入產水管2G内，而利㈣水盤32可相互鎖結的特點，= 可使該過濾單元30的濾袋31逐層鎖疊組固。 參照第2圖’前述導水盤32具有一盤狀的本體如、 一穿孔322、三個弧形環孔323、三個倒L型的鎖合部324 及二個對合部325。每一導水盤32的鎖合部324是可穿置 入相鄰導水盤32的環孔323令，並可在與相鄰導水盤犯 的鎖。4 324對應的-鬆釋位置’及與相鄰導水盤32的對 合部325對應的-鎖固位置之間旋動。該導水盤犯的細部 結構可參照本案發明人向責局提申之第0991 16062號案發 明申請案，故此不再多加贅述。 參照第3圖，該滑套單元40，包含一圓柱狀鏤空的框 體41及一蓋體42。該框體41具有至少兩個設置於該框體 41外周側的滑塊4 U、複數個鏤空孔412、一内部空間413， 以及設置於該框體41 一側的一開放口 414及一第一結合部 415。前述滑塊411是呈軸向凸設出該框體41外。該蓋體 42具有一中央孔421及一第二結合部422及一防水墊圈 423。該蓋體42的第二結合部422是對應組裝於該框體41 之第一結合部415上，該防水墊圈423是環設於該蓋體42 的一外環面424上。此外，該滑套單元4〇的蓋體42更具 有至少一提把425 ’該提把425是凸設於該蓋體42的一外[S3 7 201206541 側面426上’提供操作者手部抓握，以利於拔引或推送該 滑套單元40及該過濾單元2〇。在本實施例中，該滑套單元 40之框體41的第一結合部415是一外螺紋，該蓋體42的 第二結合部422是一内螺紋。 該處理槽更具有一設置於該槽壁11之内壁面111 上的定位座18。該滑套單元40的框體41更具有一位於另 一側的穿孔416 ’該過濾單元40已裝設入該滑套單元40之 框體41的内部空間413時，該產水管2〇係貫穿該穿孔415, 進而推抵至該定位座18而形成定位。 進一步地’本發明的自泵式淨水器更包含有一控制閥 50，該控制閥50安置在該定位座丨8上，當該滑套單元4〇 推抵在該定位座18上時，該產水管2〇是接觸在該控制閥 50上。俾藉由該產水管2〇接觸在該控制閥5〇上，以確保 該滑套單元40與過濾單元20皆已處於安裝狀態，方能啟 動外部系浦入水至處理槽1 〇之進水作業。 本發明的自泵式淨水器之組裝方式，先將該過濾單元 30自β玄滑套單疋40的開放口 414穿置入該内部空間413， 並且將該產水管2G自該穿孔416 f伸出框體41外部接 著再將該滑套單元4〇自該處理槽1G的插置孔13穿入，並 沿著該等滑軌16滑合人該處理槽1Q的内容室15，使該產 水管20 —端的塞蓋23推抵在兮令a + ιη 任疋位座18上的控制閥50， 最後將該蓋體42的第二結合部似鎖固於該框體41的第 一結合部415上，使該滑套單元與過攄單元3〇被定位 在該處理槽10的内容室15 φ， ^ 此時該蓋體42的防水墊圈 423也緊固並接觸在該處理槽】n ‘ 处〜iU的插置孔13之孔壁上，進 而獲致止水的作用。 8 201206541 參照第1、3、4圖’藉由上述的結構組成，本發明 的自泵式淨水器，藉由該滑套單元40之滑塊411與該處理 槽10的滑軌16之組合，讓該過濾單元30可方便地裝卸至 該處理槽10的内容室15。因此’當該過濾單元30的遽袋 31膜面污堵而需清潔或更換時，可方便地將該過濾單元3〇 自該處理槽10取出，以增加清潔或更換之便利性。如第5 圖所示，更換過濾單元30時，先將該蓋體42卸下，再將 内裝有過濾單元30的框體41沿著滑軌16抽拉出，以方便 且輕易將該過濾單元30卸離該處理槽1 〇的内容室15。此 外，本發明利用自重式的濾水方式，該處理槽1 〇内飼水先 經過該等濾袋31的篩濾後，而形成乾淨水液，接續再依序 由中央孔311、透孔22匯至該產水管2〇辛，最後再自產水 管20泵引出乾淨的濾水。 據上所述，本發明的自泵式淨水器，將過濾單元3〇裝 ax在滑套單7L 40内部，利用滑軌結構可方便將過濾單元3〇 組褒至處理槽1〇的内容室15巾，如第5圖所示，欲取出 過渡皁το 3G作清潔或更換時，手部抓握在該蓋體42的提 把425上，不但省力且便於抽拉出該過濾單元與框體 41因此本發明不但具有方便更換濾心的功效，更利用 水位问度產生自動泵送水液的方式在無須電力地方，亦 能方便進㈣水的作用’而適用於純或較偏遠的地方。 而且’由於本發明的淨水器結構簡單，因此更能節省整體 製造成本。 參照第 6、7、_ 4- 1 8圖’在本發明中，該滑套單元40更 包含有43 ° L 43是包覆在該滑套單元4〇之框 體41的外周面417上。藉由該遽膜417外覆在該框體41⑸ 9 201206541 的外側’可達到初步的預過濾作用。至於該濾膜43的裝設 方式’係在該滑套單元4〇之滑塊411上設有一尖錐狀的卡 接凸部411 ’而在該框體41的外周面417設有一接合凹部 418 ’當該濾膜43包覆在該框體41的外周面417之後，再 將該滑塊411的卡接凸部4111刺穿濾膜43，並且卡合入該 框體41的接合凹部418，以固定濾膜43且同時達到組裝滑 塊411的目的。 參照第9圖’本發明之自泵式淨水器的第二實施例， • 包含一處理槽丨〇、一產水管20、一過濾單元3〇及一滑套 翠元4 0。„玄第_貫施例與第一實施例不同的地方，只是將 該過濾單元30改以直立式過濾方式，而該處理槽1〇再配 合過遽單元30的安置方式而變化其外型結構，另外，該插 置孔14除了作為裝卸該過濾單元3〇之用，也是該處理槽 10的進水孔12 ;至於該第二實施例的使用功效皆相同於第 一實施例，不再贅述。此外，該第二實施例之自泵式淨水 器的使用模式無須再使用控制閥，即可正常作業。 _ 歸納上述，本發明的自泵式淨水器，過濾單元30坐落 於處理槽10的底部，利用水位高度差來產生自動菜送渡液 的渡水方式，無須電力供電，故可適用落後或較偏遠的地 區，以克服以往過濾裝置耗能的使用問題。另外，該過濾 單元30利用滑軌結構安裝在處理槽1〇中，無論安裝或拆 卸皆方便快速，有利於清潔濾膜或是更換濾心，更能簡便 與省力。 雖然本發明已以數個實施例揭露如上，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，當可作各種之更動與潤飾，因此本發明之保護[rj 10 201206541 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】 、第1圖為本發明第一實施例之自泵式淨水器的組合剖 視圖。 第2圖為該自粟式淨水器之過據單元的分解立體圖。 第3圖為。亥自果式淨水器之滑套單元的分解立體圖。The other end of the Si is extended beyond the processing tank 10 for guiding the purified water passing through the 20 2012 201206541 water production pipe to a clean water tank (not shown) for storage. The bypass unit 30 includes a plurality of watertight laminated filter bags 3 disposed on the water production pipe=a plurality of water guiding plates 32 and a plurality of watertight components: the water guiding plate 32 is a group of The transition pockets 31 of the transition sheets are interlaced with each other. The water guiding plate 32 is pressed against the periphery of the central hole 311 of the bag 3ι and is attached to the membrane surface of the filter bag 31 by the watertight member 33 to prevent the raw water from penetrating into the water producing pipe 2G, and the water tray 32 can be interlocked with each other. = The filter bag 31 of the filter unit 30 can be interlocked and assembled in layers. Referring to Fig. 2, the water deflector 32 has a disk-shaped body such as a through hole 322, three curved ring holes 323, three inverted L-shaped locking portions 324, and two opposing portions 325. The locking portion 324 of each water deflector 32 is a ring aperture 323 that can be inserted into the adjacent water deflector 32 and can be engaged with a lock on an adjacent water deflector. 4 324 corresponds to the - release position 'and the - locking position corresponding to the opposing portion 325 of the adjacent water deflector 32. The detailed structure of the water deflector can be referred to the application filed by the inventor of the present invention to the Office of the Responsible Office No. 0991 16062, and therefore no further details are provided. Referring to Fig. 3, the sleeve unit 40 includes a cylindrical hollow frame 41 and a cover 42. The frame body 41 has at least two sliders 4 U disposed on the outer peripheral side of the frame body 41, a plurality of hollow holes 412, an inner space 413, and an opening 414 and a first portion disposed on one side of the frame body 41. A joint portion 415. The slider 411 is outwardly protruded from the frame 41 in the axial direction. The cover 42 has a central hole 421 and a second joint portion 422 and a waterproof gasket 423. The second joint portion 422 of the cover body 42 is correspondingly assembled to the first joint portion 415 of the frame body 41. The waterproof gasket 423 is annularly disposed on an outer ring surface 424 of the cover body 42. In addition, the cover 42 of the sliding sleeve unit 4 further has at least one handle 425. The handle 425 is protruded from an outer portion of the cover 42 [S3 7 201206541 on the side 426] to provide an operator's hand grip. In order to facilitate the pulling or pushing of the sliding sleeve unit 40 and the filtering unit 2〇. In this embodiment, the first joint portion 415 of the frame body 41 of the sleeve unit 40 is an external thread, and the second joint portion 422 of the cover body 42 is an internal thread. The treatment tank further has a positioning seat 18 disposed on the inner wall surface 111 of the groove wall 11. The frame body 41 of the sliding sleeve unit 40 further has a through hole 416 on the other side. When the filter unit 40 is installed in the inner space 413 of the frame body 41 of the sliding sleeve unit 40, the water production pipe 2 runs through the water pipe 2 The through hole 415 is further pushed to the positioning seat 18 to form a positioning. Further, the self-pumping water purifier of the present invention further includes a control valve 50 disposed on the positioning seat 8 when the sliding sleeve unit 4 is pushed against the positioning seat 18, The production water pipe 2 is in contact with the control valve 50. 〇 The water supply pipe 2 is contacted on the control valve 5〇 to ensure that the sliding sleeve unit 40 and the filter unit 20 are all in the installed state, so that the external water can be started to flow into the treatment tank 1 . In the assembled mode of the self-pumping water purifier of the present invention, the filtering unit 30 is first inserted into the inner space 413 from the opening 414 of the β-sleeve sleeve 40, and the water producing pipe 2G is taken from the perforation 416 f Extending the outside of the frame 41 and then inserting the sliding sleeve unit 4 from the insertion hole 13 of the processing tank 1G, and sliding the content chamber 15 of the processing tank 1Q along the sliding rails 16 to make the The plug cover 23 at the end of the water producing pipe 20 is pushed against the control valve 50 on the crucible a + ιη, and finally the second joint of the cover 42 is similarly locked to the first joint of the frame 41. In the portion 415, the sliding sleeve unit and the buffer unit 3 are positioned in the content chamber 15 φ of the processing tank 10, ^ the waterproof gasket 423 of the cover 42 is also fastened and contacted in the processing tank. ' At the position of the hole of the insertion hole 13 of the iU, the effect of stopping the water is obtained. 8 201206541 Referring to Figures 1, 3, and 4', the self-pumping water purifier of the present invention, by the above-described structural composition, is combined with the slider 16 of the sliding sleeve unit 40 and the slide rail 16 of the processing tank 10. The filter unit 30 can be conveniently loaded and unloaded into the content chamber 15 of the processing tank 10. Therefore, when the film surface of the bag 31 of the filter unit 30 is fouled and needs to be cleaned or replaced, the filter unit 3 can be easily taken out from the processing tank 10 to increase the convenience of cleaning or replacement. As shown in FIG. 5, when the filter unit 30 is replaced, the cover 42 is first removed, and the frame 41 in which the filter unit 30 is mounted is pulled out along the slide rail 16 for convenient and easy filtration. The unit 30 is detached from the contents chamber 15 of the processing tank 1 . In addition, the present invention utilizes a self-weight type of water filtering method, in which the feed water in the treatment tank 1 is sieved through the filter bags 31 to form a clean water liquid, and then sequentially flows from the central hole 311 and the through hole 22 in sequence. To the production of water pipes 2 Xinxin, and finally the self-produced water pipe 20 pump to bring out clean water. According to the above description, the self-pumping water purifier of the present invention has the filter unit 3 mounted on the inside of the sliding sleeve 7L 40, and the slide rail structure can conveniently set the filter unit 3〇 to the processing tank 1〇. Room 15 towel, as shown in Fig. 5, when the transition soap το 3G is to be taken out for cleaning or replacement, the hand is grasped on the handle 425 of the cover body 42, which is not only labor-saving but also facilitates pulling out the filter unit and the frame. Body 41 Therefore, the invention not only has the function of conveniently replacing the filter core, but also utilizes the water level question to generate the method of automatically pumping the water liquid, and can conveniently enter the role of water in the place where no power is needed, and is suitable for pure or remote places. . Moreover, since the water purifier of the present invention has a simple structure, the overall manufacturing cost can be saved. Referring to Figures 6, 7, _ 4-1 8', in the present invention, the sliding sleeve unit 40 further includes 43 ° L 43 which is coated on the outer peripheral surface 417 of the frame 41 of the sliding sleeve unit 4''. A preliminary pre-filtration effect can be achieved by covering the outer surface of the frame 41(5) 9 201206541 by the ruthenium film 417. The mounting manner of the filter film 43 is such that a slider-shaped engaging projection 411' is provided on the slider 411 of the sleeve unit 4, and an engaging recess 418 is provided on the outer peripheral surface 417 of the housing 41. After the filter film 43 is wrapped around the outer peripheral surface 417 of the frame 41, the engaging convex portion 4111 of the slider 411 is pierced through the filter film 43 and engaged with the engaging recess 418 of the frame 41, The purpose of assembling the slider 411 is achieved by fixing the filter 43 at the same time. Referring to Fig. 9, a second embodiment of the self-pumping water purifier of the present invention comprises: a processing tank, a water producing pipe 20, a filtering unit 3A, and a sliding sleeve Cuiyuan 40. The difference between the first embodiment and the first embodiment is that the filter unit 30 is changed to the vertical filter mode, and the treatment tank 1 is replaced with the arrangement of the filter unit 30 to change the outer structure. In addition, the insertion hole 14 is used as the water inlet hole 12 of the processing tank 10 in addition to the loading and unloading of the filter unit 3; the use efficiency of the second embodiment is the same as that of the first embodiment, and details are not described again. In addition, the usage mode of the self-pump type water purifier of the second embodiment can be normally operated without using the control valve. _ In summary, according to the self-pump type water purifier of the present invention, the filter unit 30 is located in the treatment tank. At the bottom of 10, the water level difference is used to generate the automatic dishing liquid, and there is no need for electric power supply, so it can be applied to backward or more remote areas to overcome the problem of energy consumption of the filter device in the past. 30 is installed in the processing tank 1 by using the slide rail structure, which is convenient and quick to install or disassemble, is convenient for cleaning the filter membrane or replacing the filter core, and is more convenient and labor-saving. Although the invention has been implemented in several embodiments It is to be understood that the invention is not limited to the scope of the invention, and that various modifications and refinements can be made without departing from the spirit and scope of the invention, and therefore the protection of the invention [rj 10 201206541 BRIEF DESCRIPTION OF THE DRAWINGS The following is a schematic sectional view of a self-pumping water purifier according to a first embodiment of the present invention. Fig. 2 is a sectional view of the self-soil water purifier according to the first embodiment of the present invention. An exploded perspective view of the data unit. Fig. 3 is an exploded perspective view of the sliding sleeve unit of the Haiguoguo type water purifier.
第4圖為該自栗式淨水器之局部剖視圖，是顯示該滑 套單7L之滑執與滑塊相嵌合的使用情形。 第5圖為該自乘式淨水器之另一組合剖視圖，是顯示 該框體與㈣單元抽拉出該處理槽外部的操作情形。 第6圖為該自果式淨水器之另一滑套單元的分解立體 圖。 第7圖，相類似於第4圖的局部剖視圖，是顯示該滑 ^月塊制卡接凸部刺穿遽膜並且嵌合至該框體之 接合凹部的組合情形。 第8圖為第7圖中之局部放大圖，是顯示該卡接凸 刺穿滤膜並且我合人該接合凹部的組合放大圖。 。 第？圖為本發明第二實施例之自泵式淨水 視圖’是顯示呈直立組配的過濾單元。 的、、且“ 【主要元件符號說明】 10 處理槽 11 槽壁 111 内壁面 12 進水孔 13 插置孔 14 排放孔 15 内容室 16 滑軌 201206541Fig. 4 is a partial cross-sectional view of the self-pump type water purifier, showing the use case in which the slider of the sliding sleeve 7L is fitted to the slider. Fig. 5 is a cross-sectional view showing another combination of the self-propelled water purifier, showing the operation of the frame and the (4) unit to pull out the outside of the processing tank. Figure 6 is an exploded perspective view of another sliding sleeve unit of the self-fruit type water purifier. Fig. 7 is a partial cross-sectional view similar to Fig. 4, showing a combination of the sliding block engaging projections piercing the aponeurosis and fitting to the engaging recess of the frame. Fig. 8 is a partially enlarged view of Fig. 7, showing a combined enlarged view of the engaging projection piercing filter and the fitting recess of the person. . The first? The self-pumping water purification view of the second embodiment of the present invention is a filter unit which is shown in an upright configuration. , and "[Main component symbol description] 10 treatment tank 11 groove wall 111 inner wall surface 12 water inlet hole 13 insertion hole 14 discharge hole 15 content room 16 slide rail 201206541
17 腳架 18 定位座 20 產水管 21 管壁 22 透孔 23 塞蓋 30 過遽單元 31 濾袋 311 中央子L 32 導水盤 321 本體 322 穿孔 323 弧形環孔 324 鎖合部 325 對合部 33 水密元件 40 滑套單元 41 框體 411 滑塊 4111 卡接凸部 412 鏤空孔 413 内部空間 414 開放口 415 第一結合部 416 穿孔 417 外周面 418 接合凹部 42 蓋體 421 中央孔 422 第二結合部 423 防水墊圈 424 外環面 425 提把 426 外側面 50 控制閥 i Si 1217 Tripod 18 Positioning seat 20 Production pipe 21 Pipe wall 22 Through hole 23 Plug cover 30 Passing unit 31 Filter bag 311 Center sub L 32 Water deflector 321 Body 322 Perforation 323 Curved ring hole 324 Locking part 325 Engagement part 33 Watertight element 40 Sleeve unit 41 Frame 411 Slider 4111 Snap projection 412 Hollow hole 413 Internal space 414 Open port 415 First joint 416 Perforation 417 Outer peripheral surface 418 Engagement recess 42 Cover 421 Center hole 422 Second joint 423 Waterproof Washer 424 Outer Torus 425 Lifter 426 Outer Side 50 Control Valve i Si 12