M361375 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種自動斷水結構，尤指—種應 用於淨水器之自動斷水結構。 〜 【先前技術】 近年來’由於人類對於地球的污染，衍生出水所M361375 V. New description: [New technical field] This creation department is about an automatic water-breaking structure, especially an automatic water-breaking structure applied to water purifiers. ~ [Prior Art] In recent years, due to human pollution of the earth, water is derived.
安全的問題，使得人們對自來水水質產生疑慮，於I 便在家甲加裝淨水、濾水設備，卩期取得乾淨的使用 水器（滤水器）便是人們常用的淨水、遽水設 備之一，如台灣專利證號：M3〇4378即 水器濾心結構改良」。 有種屬 而d的:尹（濾水器）大都具有-濾蓋組，從 將：過产:蓋組連接於進水管路及出水管路，以便 將未過遽的水經由該濾蓋組輸入至滤心， 的水經由該濾蓋組輸出至外部，以供使用。， 准，¥知的濾、蓋組在換裝滤心拉& 源，以避免進水管路繼續的供二當遽心換二=水The safety problem has caused people to have doubts about the quality of tap water. In addition, I installed clean water and water filtration equipment in the home, and obtained clean water (water filter) in the flood season. It is the commonly used water purification and drowning equipment. One, such as the Taiwan Patent Certificate No.: M3〇4378, the improvement of the water filter structure. There are species and d: Yin (water filter) mostly has a filter cover group, from: will: over-production: the cover group is connected to the water inlet pipe and the water outlet pipe, so as to pass the unbleached water through the filter cover group The water input to the filter core is output to the outside through the filter cover group for use. , quasi, ¥ know the filter, cover group in the filter filter pull & source, to avoid the water supply pipeline to continue the supply of the second heart to replace the second = water
f :水啟，此關閉及開啟水源的操作，會-裝濾心的不便，無法快速的換裝減心。 f新型内容J 本創作之主要目的，在於 動斷水結構，其能快速的二:以、-種净水器之自 ., 、的換衣〉慮心，血靈關、、/i «心的換裝較為簡單方便。 — 之自二：二述=的作:種淨水器 濾疏，5亥濾盍内設有一接 3 M361375 iic室二該容置室設於該接合室的上方，該 二接合至之間設有一隔板，該隔板上設有一 嗲容晋=蓋設有一進水口及—出水口，該進水口與 件'誃連通，，出水口與該接合室相連通；-閥 連接於該桿體，該閥件的桿心砂= = ㈣件的閥部位於該濾蓋的容置室内， =件的頂推部位於該濾蓋的接合室内；以及一彈性 該彈性元件設置於該濾蓋的容置室内，該彈性 2轉於該閥件，該閥件的閥部選擇性的封閉該 扎0 本創作另提供一種淨水 濾蓋，該濾蓋内設有一接合室及 ； =與：接合室之間設有一穿孔，該據蓋設有； 水口盥綠f水口，該進水口與該容置室相連通，該出 芸了^妾合至相連通，·一閥件，該閥件設置於該濾 孤，5亥閥件具有—閥部及一頂推部，該_件的頂: 部：於該濾蓋的接合室内；以及一彈性元件，該彈性 ::設置於該濾蓋内，該彈性元件抵觸於該閥件，該 閥件的閥部選擇性的封閉該穿孔。 槿作具有以下有益的效果：本創作自動斷水結 σ用濾心的接合與分離自動的開放及中斷供水， = 濾心時’不需先關閉水源，只要將濾心拆下， ::即向下位移抵觸於隔板頂面，用以封閉隔板上 牙孔，使進水通道形成斷水狀態，進水管路的進水 M361375 隨即被阻斷，不會繼續的流出，以便向下抽離濾心， ^而換裳濾心。因此能快速的換裝濾心，無需關閉水 /原’使濾心的換裝較為簡單方便。 &▲為使能更進一步瞭解本創作之特徵及技術内容， 请茶閱以下有關本創作之詳細說明與附圖，然而所附 圖式僅提供參考與說明用，並非用來對本創作加以限 制者。 【貫施方式】 請參閱第一圖至第五圖，本創作係提供一種淨水 。器之自動斷水結構，該自動斷水結構i係整合於淨水 器之濾蓋組，該自動斷水結構（濾蓋組）丄可用以連 ，於進水管路及出水管路，以便將未過濾的水經由該 自動斷水結構丄輸人至濾心2 (如第六圖及第七圖所 不）’再將過濾'後的水經由該自動斷水結構丄輸出至 部’以供使用。 該濾心2上端中心處具有—進水部21 ，該遽心 2於進水部2 1下方處間隔的設有多數個出水部2 2 =卡接塊23，該遽心2内係設有適當的濾材。可 將未過濾的水經該進水部2 1輸送至該紅、2内部， ^慮材過毅，再由該^部22將過濾後的水輸 n因ΐ滤Γ2大致與習知技術相同’並非本創作保 4的粑嚀，故不再予以贅述。 Q該自動斷水結構1包括有-濾蓋η、-間件i 3及-彈性元件15，其中可用 進水管路及出水管路，以便將未^ 5 M361375 1 1知入至濾心2，再將濾心£過濾後潔淨的水經由 該濾蓋1 1輸出至外部，以供使用。 該濾蓋1 1以塑膠或其他材料製成，該濾蓋工工 為一圓形中空殼體，但其外形並不限制。該濾蓋工工 内設有一接合室1 1 1及—容置室丄丄2，該接合室 1 1 1 6又於s亥濾蓋1 1内的下半部中心處，該接合室 1 1 1為一圓形的空間，其係與濾心2的上端相對 應，该接合室1 1 1底部形成開口狀，可供濾心2上 端插置接合於該接合室i i i。該接合室i i i内壁 近底端處並設有二卡接槽i i 3，能用以卡接該濾心 2上端相對應的二卡接塊2 3，使濾心2更穩定的固 定於濾蓋1 1。 該容置室1 1 2設於該濾蓋1 i内的上半部中心 處，該容置室1 1 2為一圓形的空間，該容置室工工 2設於該接合室1 1 1的上方，該容置室丄丄2底部 並設有一隔板1 1 4，該隔板1丄4橫設於該容置室 1 1 2與該接合室1 1 1之間，能用以封閉容置室工 1 2底部。§玄隔板1 1 4上開設有一穿孔1 1 5，談 穿孔1 1 5由該隔板1 1 4頂面貫穿至底面，使該容 置至1 1 2底部得以透過該穿孔1 1 5與下方的接人 室1 1 1相連通。 該濾蓋1 1設有一進水口丄丄6及一出水口 1 1 7，能用以分別連接於進水管路及出水管路。該進水 口 1 1 6—端與該容置室χ丄2相連通，從而能利7用 進水口 1 1 6及容置室χ丄2輸入未過濾的水。該出 水口 1 1 7—端則與該接合室丄丄丄相連通，從而能 M361375 1及出水口 1 1 7輸出過濾後的水。 該進水口 1 1 6及該出水口 i i 7 # 相對的二側，但並不限制，進水口 1 1 7亦可設置濾蓋1 1上其他適當的 利用接合室1 在本實施例t 設於該濾蓋1 1 6及出水口 位置。 未過濾的水得以依序經過進水口丄丄6、容 112、牙孔115及接人ν n -斗占 接口至1 1 1所構成的「進水 通逼」輸入該濾心2上端的進水部2 1， 内部的遽材過濾後，再由該濾心2的出水部^將過 慮後潔淨的水，依序經過接合室工工 7所構成的「出水通道」輸出 出L 1 穿孔115係為控制進水口 ιι“容 =:rr合室111的通道上二 1 1 5封閉，即可達到斷水的功能。 8广並向上延伸形成有-掛板1 1 二適有掛孔119，可供吊掛設置 限制田二蓋11的挂卜板118結構並不 位i/亥/慮盖11也可利用其他的方式固定在適當的 設置= 膠==成，該閥件” 穿孔= =辕該 部132及一頂推部133 ,桿體131 1、一閥 2及頂推部！ 3 3利用一體賴21、間部13 :體…、闕部132及頂推部：3的方=成， 脰，該桿體1 3 i的外徑小於該穿孔^ 3白為圓形 丄D的内控， 7 M361375 該閥部1 3 2及頂推部！ 3 3連接於該桿體丄 =1 3 2的外徑大於穿孔1 1 5的内徑，頂推部丄 3 3設於閥部1 3 ? μ _ 1 的下方，且該頂推部1 3 3頂面 叹夕固凸點1 3 4，能用以防止頂推部工3 3向 上位移時接觸該隔板1 1 4底面。 而該閥件1 3的桿體1 3 1係穿設於該隔板丄丄4 ^孔1 1 5中，由於該桿體1 3 1的外徑小於該穿 孔115的内徑，使得該間件13可自由的上、下: =二玄131及該穿孔115之間形成有間 隙，#粗1 3 1不會阻礙穿孔工2 5的通暢，使水得 以向下流動順利的通過該穿孔1 1 5。該闕件！ 3的 閥部1 3 2及頂推部1 3 3分別位於該隔板工工4的 =下：’亦即該闕件1 3的閥部1 3 2位於該濾 :1 1的谷置室1 i 2内，該閥件工3的閥部工3 2 該穿孔1 1 5的上方’關件1 3的頂推部！ 3 3則位於該，慮蓋U的接合室111内。當濟心2 置接合於該接合室Ui内時，遽心端即 ，觸该闕件i 3的頂推部工3 3 ’用以頂推該閥件 向上位移。在本實施例中，該閥件1 3係以複合 加工的方式直接成型設置於該濾蓋1丄上，可: 裝的步驟。 該彈性元件1 5設置於該滤蓋1 1的容置室工工 2内’在本#_中，該彈性元件i 5為—壓縮彈菩， 但並不限制彈性元件1 5的型式，該彈性元件丄5、— :抵觸於該濾蓋i !的容置室丄工2頂部，該彈性元 牛1 5另一端則抵觸於該閥件丄3的閥部丄3 2，使 M361375 ΐ閥：13得以被彈性元件15推動產生向下的位 1 ^而使得該濾蓋1 1在未接合該濾心2時，閥件 面，m閥邻1 3 2會向下位移抵觸於該隔板1 1 4頂 以、衾乂封閉該穿孔1 1 5 ’亦即使水流形成斷路’ 乂達到自動斷水的功能。 邱9 ί濾心2接合於該濾蓋1 1時，該濾心2的進水 ' L “頂面即可抵觸於該閥件1 3的頂推告” 3 3底 -=如第六圖所示），使該闕件13產生向上的位移' # ^使得該濾蓋1 1在接合該濾心2曰夺，閥件i 3的 3 2會向上位移離開於該隔板1 1 4頂面，用 ^開放該穿孔Η 5，使水得以向下流動進入該濾心 乙亦即使水流形成通路。 睛參閱第人圖至第十二圖，在本創作的另一實施 列中’該自動斷水結構丄包括有—濾蓋丄1、一間件 3及性70件1 5，其結構大致與上述實施例相 5，僅在部分形狀及結構作些許的變化。該閥件1 3 • Ή體131、一閥部132及一頂推部13 3 °亥閥#1 3 2及頂推部1 3 3連接於該桿體1 3 1，該閥件1 3的桿體1 3 1係穿設於該隔板工工4 的穿孔1 1 5巾’該閥件工3的閥部丄3 2及頂推部 1 3 3分別位於該隔板1 2 4的上方及下方。當濾心 .2上端插置接合於該接合室丄丄丄内時，濾心二 •即可抵觸該閥件1 3的頂推部工3 3，用以頂推該閥 件1 3向上位移。該彈性元件i 5設置於該濾蓋工工 ，接合室1 1 1内，該彈性元件工5一端抵觸於該濾 盍1 1的隔板1 1 4底面，該彈性元件2 5另—端則 9 M361375 抵f於該閥件1 3的頂推部1 3 3頂面，使該閥件工 j侍以被彈性元件1 5推動產生向下的位移，進而使 付該濾蓋1 1在未接合該濾心2時，閥件2 3的閥部f : Water start, this operation of closing and opening the water source will cause inconvenience of loading the filter, and it is impossible to quickly change the mind. f new content J The main purpose of this creation is to break the water structure, which can be fast two: to - a kind of water purifier from the self-reporting, care, care, blood, close, /i «Heart The dressing is simpler and more convenient. — From the second: two descriptions =: the water purifier filter, the 5 hai filter has a connection 3 M361375 iic room 2, the accommodating chamber is located above the joint chamber, the two joints to the middle There is a partition plate, and the partition plate is provided with a water inlet and a water outlet, the water inlet is connected with the member, and the water outlet is connected with the joint chamber; the valve is connected to the rod body The stem of the valve member == (4) The valve portion of the member is located in the receiving chamber of the filter cover, the pushing portion of the member is located in the joint chamber of the filter cover; and an elastic member is disposed on the filter cover In the accommodating chamber, the elastic member 2 is rotated to the valve member, and the valve portion of the valve member selectively closes the tying. The present invention further provides a water purification filter cover, wherein the filter cover is provided with a joint chamber and; A perforation is arranged between the chambers, and the cover is provided; the nozzle is connected to the receiving chamber, and the inlet is connected to the receiving chamber, and the valve member is disposed. In the filter, the 5H valve member has a valve portion and a pushing portion, the top portion of the member: a portion in the joint chamber of the filter cover; and an elastic Member, the resilient :: filter disposed in the cover, the resilient member abuts against the valve member, the valve portion of the valve member selectively closing the perforations. The work has the following beneficial effects: the automatic water-breaking knot of the creation is automatically opened and interrupted by the joint and separation of the filter core. When the filter is used, it is not necessary to first close the water source, as long as the filter is removed, :: The downward displacement interferes with the top surface of the partition to close the upper hole of the partition, so that the water inlet passage is broken, and the water inlet M361375 is blocked and will not continue to flow downward. From the filter heart, ^ and change the filter heart. Therefore, the filter can be quickly changed, and it is not necessary to turn off the water/original to make the replacement of the filter core simple and convenient. & ▲ In order to further understand the characteristics and technical content of this creation, please read the following detailed description and drawings of this creation. However, the drawings are for reference and explanation only and are not intended to limit the creation. By. [Comprehensive method] Please refer to the first to fifth figures. This creation provides a kind of purified water. The automatic water-breaking structure of the device is integrated into the filter cover group of the water purifier, and the automatic water-breaking structure (filter cover group) can be connected to the water inlet pipe and the water outlet pipe so as to The unfiltered water is sent to the filter core 2 (as shown in the sixth and seventh figures) via the automatic water shut-off structure, and the water after the filtration is further outputted to the portion through the automatic water shut-off structure. use. The center of the upper end of the filter element 2 has a water inlet portion 21, and the center of the core 2 is spaced apart from the water inlet portion 2 1 and is provided with a plurality of water outlet portions 2 2 = a snap block 23 Appropriate filter media. Unfiltered water can be transported to the interior of the red, 2 through the water inlet portion 2, and the material is too ill, and the filtered water is filtered by the portion 22 to be substantially the same as the conventional technique. 'It is not the fault of this creation, so it will not be repeated. Q The automatic water shutoff structure 1 comprises a filter cover η, an intermediate member i 3 and an elastic member 15, wherein an inlet pipe and a water outlet pipe are used, so that the unloaded M361375 1 1 is known to the filter core 2, The filter-purified clean water is then output to the outside through the filter cover 11 for use. The filter cover 11 is made of plastic or other material, and the filter cover is a circular hollow casing, but its shape is not limited. The filter cover worker is provided with an engagement chamber 1 1 1 and an accommodation chamber 2, which is again at the center of the lower half in the sift filter cover 1 1 , and the joint chamber 1 1 1 is a circular space corresponding to the upper end of the filter core 2, and the bottom of the joint chamber 1 1 1 is formed in an open shape, and the upper end of the filter element 2 is inserted into the joint chamber iii. The inner side of the inner wall of the joint chamber iii is provided with two latching slots ii 3 for engaging the two latching blocks 2 3 corresponding to the upper end of the filter core 2, so that the filter core 2 is more stably fixed to the filter cover. 1 1. The accommodating chamber 1 1 2 is disposed at the center of the upper half of the filter cover 1 i. The accommodating chamber 1 1 2 is a circular space, and the accommodating chamber 2 is disposed in the joint chamber 1 1 The upper part of the accommodating chamber 2 is provided with a partition plate 1 1-4 which is disposed between the accommodating chamber 1 1 2 and the joint chamber 1 1 1 and can be used for Close the bottom of the chamber 1 2 . § The partition 1 1 4 has a perforation 1 1 5 , and the perforation 1 15 is penetrated from the top surface of the partition 1 1 4 to the bottom surface, so that the bottom portion of the partition 1 1 2 can pass through the perforation 1 1 5 The access room 1 1 1 below is connected. The filter cover 1 1 is provided with a water inlet port 6 and a water outlet port 1 1 7 for being respectively connected to the water inlet pipe and the water outlet pipe. The water inlet 1 16 end communicates with the accommodating chamber χ丄 2, so that the unfiltered water can be input by the water inlet 1 16 and the accommodating chamber χ丄 2 . The water outlet 1 1 7-end is in communication with the joint chamber ,, so that the filtered water can be output from the M361375 1 and the water outlet 1 1 7 . The water inlet 1 16 and the water outlet ii 7 # are opposite sides, but are not limited, and the water inlet 1 17 can also be provided with other suitable utilization joints 1 on the filter cover 1 in this embodiment t. The filter cover 1 16 and the water outlet position. The unfiltered water can be sequentially passed through the water inlet port 6, the capacitor 112, the tooth hole 115, and the access ν n - the bucket interface to the 1 1 1 "influent water" input into the upper end of the filter core 2 After the internal coffin is filtered, the water that has been cleaned by the water outlet of the filter 2 is sequentially passed through the "water outlet passage" formed by the joint chamber worker 7 to output the L 1 perforation 115. It is to control the water inlet ιι "容 =: rr the chamber 111 is closed on the channel 1 1 5 to achieve the function of water cut. 8 wide and upward extension to form a - hanging plate 1 1 2 suitable for hanging holes 119, The structure of the hanging board 118 that can be used to hang the limit of the field cover 11 is not in place. The i/hai/cause cover 11 can also be fixed in an appropriate setting by other means = glue == into, the valve piece" perforation ==辕 The portion 132 and a pushing portion 133, the rod body 131 1 , a valve 2 and the pushing portion! 3 3 using the integrated body 21, the intermediate portion 13: the body ..., the crotch portion 132 and the ejector portion: 3 square = into, 脰, the outer diameter of the rod body 1 3 i is smaller than the perforation ^ 3 white is a circle 丄 D Internal control, 7 M361375 The valve part 1 3 2 and the pushing part! 3 3 is connected to the rod body 丄=1 3 2 outer diameter is larger than the inner diameter of the perforation 1 15 , the ejector portion 3 3 3 is disposed under the valve portion 13 3 μ μ _ 1 , and the ejector portion 1 3 3 The top surface of the slanting sill bump 1 3 4 can be used to prevent the top surface of the partition plate 1 1 4 from being displaced when the jacking part 3 3 is displaced upward. The rod body 133 of the valve member 13 is disposed in the partition ^4 hole 1 1 5 , because the outer diameter of the rod body 331 is smaller than the inner diameter of the through hole 115, so that the The piece 13 can be freely up and down: = a gap is formed between the two Xuan 131 and the perforation 115, #粗1 3 1 does not hinder the smoothness of the perforator 25, so that the water can flow downward through the perforation 1 1 5. This condition! The valve portion 1 3 2 and the ejector portion 1 3 3 of the 3 are respectively located under the partition of the partition worker 4: 'that is, the valve portion 1 3 2 of the jaw member 13 is located in the valley chamber of the filter: 1 1 1 i 2, the valve part of the valve part 3 3 2 The top of the perforation 1 1 5 'the pushing part of the closing piece 1 3! 3 3 is located in the joint chamber 111 of the cover U. When the core 2 is engaged in the joint chamber Ui, the core end, that is, the pushing portion 3 3 ' of the jaw i 3 is used to push the valve member upward. In this embodiment, the valve member 13 is directly formed on the filter cover 1 by means of a composite processing, and can be installed. The elastic member 15 is disposed in the housing chamber 2 of the filter cover 1 1 in the present invention. The elastic member i 5 is a compression bomb, but does not limit the type of the elastic member 15 . The elastic member 丄5, — is in contact with the top of the accommodating chamber of the filter cover i!, and the other end of the elastic horn 1 5 is in contact with the valve portion 丄3 2 of the valve member 丄3, so that the M361375 valve : 13 can be pushed by the elastic member 15 to produce a downward position 1 ^ such that when the filter cover 1 1 is not engaged with the filter element 2, the valve member face, the m valve adjacent 13 2 will be displaced downward to interfere with the spacer 1 1 4 The top of the hole is closed with the 1 1 1 5 ', even if the water flow forms an open circuit 乂 to achieve the function of automatic water cut. When the Qiu 9 filter element 2 is engaged with the filter cover 1 1 , the water inlet ' L ' top surface of the filter core 2 can be in contact with the top push of the valve member 13 3 3 bottom -= as shown in the sixth figure Illustrated), causing the jaw 13 to produce an upward displacement '#^ such that the filter cover 1 1 is engaged with the filter core 2, and the valve member i 3 will be displaced upwardly away from the partition 1 1 4 In the face, the perforated crucible 5 is opened by ^, so that the water can flow downward into the filter core B even if the water flow forms a passage. Referring to the figures from the first to the twelfth, in another embodiment of the present creation, the automatic water-breaking structure includes a filter cover 丄1, a piece 3, and a 70-piece 158, the structure of which is substantially The phase 5 of the above embodiment is only slightly modified in part of the shape and structure. The valve member 13: the body 131, a valve portion 132 and a pushing portion 13 3 °Hai valve #1 3 2 and the pushing portion 1 3 3 are connected to the rod body 1 3 1, the valve member 13 The rod body 1 3 1 is threaded through the perforation of the partition worker 4, and the valve portion 丄3 2 and the ejector portion 1 3 3 of the valve member 3 are respectively located above the partition plate 1 2 4 And below. When the upper end of the filter core 2 is inserted into the joint chamber ,, the filter core 2 can interfere with the pushing portion 3 3 of the valve member 13 for pushing up the valve member 13 to move upward. . The elastic member i 5 is disposed in the filter cover worker, in the joint chamber 1 1 1 , the elastic member 5 has one end that abuts against the bottom surface of the partition plate 1 1 4 of the filter cartridge 1 , and the elastic member 2 5 is at the other end 9 M361375 is applied to the top surface of the ejector portion 13 3 of the valve member 13 such that the valve member is urged by the elastic member 15 to generate a downward displacement, thereby causing the filter cover 1 1 to be When the filter core 2 is engaged, the valve portion of the valve member 23
Iff會向下位移抵觸於該隔板1 1 4頂面，用以封 閉該穿孔1 1 5，亦即使水流形成斷路，以達 斷水的功能。 本創作的自動斷水結構i可利用濾心2的接合盥 分離自動的開放及中斷供水，因此，在換裝滤心2時， 不需先關閉水源，只要將該濾心2拆下，閥件2 3的 閥部1 3 2隨即被彈性元件工5推動向下位移抵觸於 隔板1 1 4頂面，用以封閉該穿孔工丄5，該進 逗即形成斷水狀態’進水管路的進水隨即被阻斷，不 广因續:::广更向下抽離遽心2，進而換裝攄心 ^ 口此本創作能快速的換裝濾心2，無需關閉水源， 使濾心2的換裝較為簡單方便。 惟以上所述僅為本創作之較佳實施例，非 ^本^乍之專利保護範圍’故舉凡運用本創作ς奎 之權利保護範圍内，合予陳明。 訇作 【圖式簡單說明】 第一圖係本創作自動斷水結構之立體圖。 第二圖係本創作自動斷水結構之前視圖。 第三圖係本創作自動斷水結構之側視圖。 第四圖係本創作自動斷水結構之底視圖。 M361375 第五圖係本創作自_ # 第六圖係本創作自動 冓二圖。 第七圖係本創作濾心之立體：使用壯，之不思圖。 第八圖係本創作另—眚 '二 第九圖係本創作另“：二動斷水結構之立體圖。 第十圖係本創作另例自動斷水結構之前視圖。 第十-圖係本創作：：=例自動斷水結構之俯視圖。 剖視圖。 焉把例自動斷水結構與濾心之 弟十二圖係本創作 立體圖。 則作另一貫施例自動斷水結構與濾心之 【主要元件符號說明】 L自動斷水結構 1工遠蓋 111接合室 1 1 2容置室 1 1 3卡接槽 1 1 4隔板 1 1 5穿孔 1 1 6進水口 1 1 7出水口 1 1 8掛板 1 1 9掛孔 1 3閥件 M361375 1 3 3頂推部 1 3 4凸點 15 彈性元件 2 濾心 2 1 進水部 2 2 出水部 2 3 卡接塊 12Iff will be displaced downward against the top surface of the partition 116 to seal the perforation 1 15 and even if the water flow forms an open circuit to achieve the function of breaking water. The automatic water-breaking structure i of the present invention can use the joint of the filter core 2 to separate the automatic opening and interrupting the water supply. Therefore, when the filter core 2 is replaced, it is not necessary to first close the water source, as long as the filter core 2 is removed, the valve The valve portion 1 3 2 of the piece 2 3 is then pushed downward by the elastic component 5 to abut against the top surface of the partition plate 116 to close the perforating work 5, which forms a water cut state 'inlet pipe The water inflow is immediately blocked, not wide-ranging::: Widely draws away from the heart 2, and then changes the heart. ^ This creation can quickly change the filter 2, without shutting down the water source, so that the filter The replacement of Heart 2 is simpler and more convenient. However, the above description is only a preferred embodiment of the present invention, and the scope of patent protection that is not in the scope of this application is in the scope of the protection of the rights of the author, and is given to Chen Ming.訇作 [Simple description of the diagram] The first picture is a perspective view of the automatic water-breaking structure of the creation. The second picture is the front view of the automatic water cut structure of the creation. The third picture is a side view of the automatic water-breaking structure of the present creation. The fourth picture is the bottom view of the automatic water-breaking structure of the creation. M361375 The fifth picture is created by _# The sixth picture is the automatic creation of the second picture. The seventh picture is the three-dimensionality of the creative filter: use strong, not thinking. The eighth picture is the creation of the other - 眚 'two ninth figure is the creation of another ": the three-dimensional diagram of the two-moving water structure. The tenth picture is the front view of another automatic water-breaking structure of this creation. The tenth-picture is the creation ::= Example of the automatic water-breaking structure. Sectional view. 焉Automatic water-breaking structure and the younger brother of the filter heart. The three-dimensional diagram of the creation is another main example of the automatic water-breaking structure and the filter element [main components] Explanation of symbols] L automatic water shutoff structure 1 work far cover 111 joint room 1 1 2 accommodation room 1 1 3 snap groove 1 1 4 partition 1 1 5 perforation 1 1 6 water inlet 1 1 7 water outlet 1 1 8 hanging Plate 1 1 9 hanging hole 1 3 valve member M361375 1 3 3 pushing portion 1 3 4 bump 15 elastic member 2 filter core 2 1 water inlet portion 2 2 water outlet portion 2 3 snap block 12