M434621 五、新型說明： 【新型所屬之技術領域】 本創作主要關於一種淨水裝置，尤指一種杖狀淨水裝 置。 【先前技術】 • 若偏遠地區遭遇如乾旱等自然災害後，可能會使得原 本之水井或是池塘等水源乾枯，迫使災民需要至外地尋找 水源。在山區中，災民多半需要攜帶一杖狀淨水裝置以輔 助行走。另外，災民所尋找到之水源可能會過度污濁，需 要另外攜帶淨水裝置加以過濾，使得原本就難以行走的山 路更增加困難以及危險。 I 【新型内容】 ' 本創作提供一杖狀淨水裝置，並於杖狀物（例如手杖、 ' 傘、釣竿、旗竿等等杖狀物件）增添淨水功能，使得使用 者不需另外攜帶其他濾水裝置。 本創作提供了一種杖狀淨水裝置，包括一管狀本體、 一汲水桿件以及一第一過濾單元。管狀本體設有一第一 端、一出水口、一入水口以及一容置空間。出水口位於第 一端以及入水口之間，容置空間位於管狀本體之内部，並 與出水口以及入水口相互連通。汲水桿件可移動地設置於 M434621 管狀本體，且經由第一端延伸至容置空間。第一過濾單元 設置於容置空間，並位於入水口以及出水口之間。 前述之汲水桿件另設有一位於容置空間之活塞端，當 活塞端朝向第一端移動時，一液體經由入水口被吸入容置 空間内，且流經第一過濾單元。當活塞端遠離第一端移動 時，前述之液體經由出水口排出於管狀本體。 前述之管狀本體更包括一替換模組，前述之替換模組 可為一手杖替換模組、一雨傘替換模組或是一釣竿替換模 組。 綜上所述，本創作之杖狀淨水裝置可作為輔助使用者 行走時之輔助工具，並具有淨水之功能，因此當使用者發 現水源後即可利用其所攜帶之杖狀淨水裝置進行汲水及過 濾，不需另外攜帶淨水裝置，提高了行動上之便利性以及 安全性。另外，本創作亦可藉由更換替換模組以使杖狀淨 水裝置具備手杖、雨傘或是釣竿等功能，以進一步提高使 用上之便利度。 【實施方式】 請一併參閱第1圖至第3圖，其中第1圖為本創作之 杖狀淨水裝置1之第一實施例的立體圖，第2圖為本創作 之杖狀淨水裝置1之第一實施例的剖示圖，第3圖為第2 圖之A部份的放大圖。杖狀淨水裝置1為一桿狀結構（或 稱杖狀結構），可作為辅助使用者行走時之輔助工具，亦 M434621 可作為一扁擔，放置於使用者之肩膀上，以輔助使用者搬 運物品。杖狀淨水裝置1亦具有淨水之功能，可方便使用 者過濾河流、湖泊、池塘、或是水窪等水源處之污水。 杖狀淨水裝置1包括一管狀本體10、一汲水桿件20、 一第一過濾單元30、一第二過濾單元40以及一逆止閥50。 管狀本體10為一桿狀結構，設有一第一端11、一相 反於第一端11之第二端12、一出水口 13以及一入水口 14。出水口 13位於第一端11以及入水口 14之間，且入水 口 14位於第出水口 13以及第二端12之間。亦即，出水口 13鄰近於第二端12，入水口 14鄰近於第一端11。管狀本 體10内形成一容置空間S1，其與出水口 13以及入水口 14 相互連通。一出水管T1以及一汲水管T2可分別連接至出 水口 13以及入水口 14。 管狀本體10包括一中空管16以及一替換模組17，替 換模組17可經由鎖固的方式連接於中空管16之一端，且 位於前述第二端12。入水口 14可設置替換模組17，並經 由替換模組17與中空管16之容置空間S1相互連通。 藉由替換前述之替換模組17可使杖狀淨水裝置1具備 不同之功能。於本實施例中，替換模組17為一手杖替換模 組，藉此使本實施例之杖狀淨水裝置1具備手杖之功能， 換句話說，於行走時，使用者可將杖狀淨水裝置1當成一 手杖使用，其餘之功能可參考本案第三實施例以及第四實 施例。 汲水桿件20為一桿狀結構，可移動地設置於管狀本體 5 二，第—端1]延伸至容置空間S1。財桿件20設 ，舌塞端21以及一握持端22。汲水桿件20包括一連接 主—活塞24以及一手把25。連接桿23連接活塞24 質:ί:25:塞24設置於活塞端21 ’並可由橡谬等材 10之内辟】4位於谷置空間S1，並貼附於管狀本體 之外；。=;=手:端222 ’並位於管狀本體 相對於管狀本體=手把25，使得购 第一過濾、單元3〇設置於容置空間S1，並位於入水口 H水〇 13之間。第一過遽單元3〇包括一軟質擔 了為-可由聚氨酉旨（pu[泡綿或是不織布等材質所 成=多孔擔體3卜多孔擔體31可針對粒徑大於i _ 的懸浮固體物及有機污染物進行過濾。 第二過濾單元40可為-薄膜式過據單元，可針對粒徑 ，於0.1 _的微細顆粒、細菌、腐植質、固體物有機物 等雜質或是污染物進行過遽。 第二過濾單元40設置於容置空間S1内’並位於第_ 過遽單元30以及第-端11之間。第二過遽單元40包括— 口疋元件41過遽薄膜42以及一分流元件43。固定元 件41設置於容置空間S1内’且固定於管狀本體ι〇之内壁 15。固定元件41可為一中空柱狀體，其内部形成一第一流 道4H ’且與管狀本體1〇之間形成一第二流道412。過濾 薄膜42設置於固定元件41 ’並位於第二流道412内，過 滤薄膜42可由聚偏氣乙稀（1>舊）、鐵氣龍、乙酸纖維 M434621 素（CA, cellulose acetate)、陶竟（Ceramic )或不織布等 材質所構成。 分流元件43設置於固定元件41之一端，並鄰近於第 一過濾單元30以及出水口 13，且連接於管狀本體10之内 壁15。分流元件43包括一穿孔431以及一連通槽432。穿 孔431貫穿分流元件43中心，並與入水口 14以及第一流 道411連通。連通槽432與出水口 13以及第二流道412 連通。 逆止閥50位於分流元件43以及第一過濾單元30之 間。於另一實施例中，逆止閥50鄰近於第一過濾單元30， 且可位於第一過濾單元30以及入水口 14之間。 請參考第4圖，為本創作之杖狀淨水裝置1的使用示 意圖。如第4圖所示，出水管T1連接至出水口 13，並延 伸至一容器B1内，汲水管T2連接至入水口 14並延伸至 一水源W1處。使用者可一手握持管狀本體10，另一手握 持汲水桿件20，並使汲水桿件20相對於管狀本體10伸縮 移動，即可將水源W1内之污水等液體W2吸入杖狀淨水 裝置1内過濾後排入容器B1。 於另一實施例中可不需要設置汲水管T2，使用者可直 接將入水口 14放置於水源W1内，另外亦可不需設置出水 管T1，使用者將容器B1直接承接出水口 13即可。 另請一併請參考第2圖至第4圖，當使用者將汲水桿 件20相對於管狀本體10移動，並使活塞端21朝向第一端 11移動時，液體W2經由入水口 14被吸入容置空間S1内， 7 M434621 且依序流經第一過濾單元30、逆止閥50、分流元件43之 穿孔431、固定元件41之第一流道411，最後流至固定元 件41以及活塞24之間的容置空間S1以及第二流道412。 之後，當使用者將汲水桿件20相對於管狀本體10移 動，並使活塞端21遠離第一端11移動時，於容置空間S1 的液體W2受到活塞24之擠壓，並且受到逆止閥50之止 擋。因此，會將第二流道412内之液體W2擠入過濾薄膜 42。液體W2經過過濾薄膜42過濾後流至連通槽432，最 後經由出水口 13以及出水管T1排出於管狀本體10外。 藉由反覆施行前述之步驟，使得汲水桿件20相對於管 狀本體10反覆移動，能將水源W1内之液體W2經由杖狀 淨水裝置1過濾後盛裝至容器B1内。例外，由於泥沙、 以及細菌等雜質絕大部分都大於0.1 ，液體W2藉由 本實施例之第一過濾單元30以及第二過濾單元40過濾 後，可暫時性的成為一飲用水，供災區之災民飲用。 請參考第5圖，當容器B1盛滿後，使用者可將杖狀淨 水裝置1當成扁擔使用，將容器B1掛置杖狀淨水裝置1 上，以方便容器B1之搬運。 請參考第6圖，為本創作之杖狀淨水裝置la之第二實 施例的示意圖。與第一實施例不同之處詳述如下。杖狀淨 水裝置la包括一管狀本體10a、一汲水桿件20a、一第一 過濾單元30a、一第二過濾單元40a、一第一逆止閥50a以 及一第二逆止閥60a。管狀本體10a包括一第一中空管16a 以及一第二中空管16b，第一中空管16a可移動地套設於 M434621 第二中空管16b。替換模組17連接於第二中空管16b，其 中前述之第一端11位於第一中空管16 a，且第二端12位 於第二中空管17。藉由前述之第一中空管16 a以及第二中 空管16b，可於杖狀淨水裝置1 a不使用時縮短杖狀淨水裝 置la之長度，以方便杖狀淨水裝置la之收納以及攜帶。 汲水桿件20a之活塞端21以及第一過濾單元30a位於 第二中空管16b。第二過濾單元40a設置於出水口 13。第 二過濾單元40a可為一過濾薄膜42。第一逆止閥50a鄰近 於第一過濾單元30a以及入水口 14。第二逆止閥60a設置 於出水口 13。 當活塞端21朝向第一端11移動時，液體W2經由入 水口 14被吸入容置空間S1内，且流經第一過濾單元30a。 另外，此時第二逆止閥60a防止液體W2經由出水口 13排 出。 當活塞端21朝向第二端12(遠離第一端11)移動時， 液體W2依序流經第二逆止閥60a以及第二過濾單元40， 並經由出水口 13排出於管狀本體10。另外，此時第一逆 止閥50a防止液體W2經由入水口 14排出。 於本實施例中，簡化了杖狀淨水裝置la之結構，可降 低杖狀淨水裝置la之成本。 請參閱第7圖，為本創作之杖狀淨水裝置lb之第三實 施例的示意圖。杖狀淨水裝置1 b更包括一第一扣合元件 71、一第二扣合元件72、一替換元件17b。第一扣合元件 71以及一第二扣合元件72設置於管狀本體10b之中空管 9 M434621 Μ。第-扣合元件71以及第二扣合元件72可應用於前述 第一實施例以及第二實施例。 於本實施例中，替換模組17b為一雨伞替換模組。雨 傘，換模組17b包括一固定單元171、一限位環172、一支 架單元173以及一傘布174。固定單元171設置於中空管 16之一端。限位環172可移動地套設於中空管π。支架單 元Π3分別樞接於固定單元171以及限位環172。傘布I% 設置於支架單元173上。纽㈣172移動至第—扣合元 件7卜並扣合於第一扣合元件71時，支架單元173使傘 布1二張開。當限位環172移動至第二扣合元件72，並扣 合於第二扣合元件72時’支架單元Π3使傘布174收合。 ⑽實_以及第二之手杖替換模 从替換為本貫施例之雨伞替換模組m以形成一雨伞型 置’以使杖狀淨水裝置lb具備雨傘之功能，以 知:尚使用上的便利度。 實施财’杖狀淨水裝置&除了利用 水外，絲以重力壯吸方式財，例如將-^ 2 =布174所形成之凹_，以湘重力流或虹吸方 式通過柱狀的縣單元，相淨水目的。另外 第二實施例之過鮮元鳥可設於。 或是設置於;Γ!，入水σ 14可位於固定單元171之-端 /請參閱第16上’出水σ 13亦可位於該固定單元。 ° 圖，為本創作之杖狀淨水裝置lc之第四實 M434621 • 施例的示意圖。杖狀淨水裝置lc包括一替換元件17c。於 • 本實施例中，替換模組17c為一釣竿替換模組。替換模組 17c包括一伸縮桿組件175、一捲線單元176以及固線環 177。伸縮桿纽件175包括複數個彼此套疊之中空桿件 1751、1752、1753。入水口 14c設置於中空桿件1751之一 端，中空桿件1751内形成一通道C1。第一逆止閥50c可 設置於入水口 14c内。入水口 14c經由通道C1與容置空間 S1相互連通。 ^ 捲線單元176用以設置釣魚線（圖未示），捲線單元 176可設置於伸縮桿組件175上，亦可設置於管狀本體 10c。固線環177設置於桿件1751之一端，用以放置釣魚 線。 .因此藉由將第一實施例以及第二實施例之手杖替換模 組17或是第三實施例之雨傘替換模組17b，替換為本實施 例之釣竿替換模組17c，可使杖狀淨水裝置lc具備釣竿之 φ 功能，並藉由伸長伸縮桿組件175能使得杖狀淨水裝置lc • >及取較遠處之水源，以提高使用上的便利度。 綜上所述，本創作之杖狀淨水裝置可作為輔助使用者 行走時之輔助工具，並具有淨水之功能，因此當使用者發 現水源後即可利用其所攜帶之杖狀淨水裝置進行汲水及過 濾，不需另外攜帶淨水裝置，提高了行動上之便利性以及 安全性。另外，本創作亦可藉由更換替換模組以使杖狀淨 水裝置具備手杖、雨傘或是釣竿等功能，以進一步提高使 用上之便利度。 M434621 1創作雖以各種實施例揭露如上，然而其僅為範 考而非用以限定本創作的範圍，任何熟習此項技藝者，在 =脫離本創作之精神和範圍内，當可做些許的更動 飾。因此上述實施例並非用以限^本創作之範圍，ϋ 之保護範圍當視後附之申請專利範圍所界定者為準。M434621 V. New description: [New technical field] This creation mainly relates to a water purifying device, especially a whip-shaped water purifying device. [Prior Art] • If a remote area encounters a natural disaster such as drought, it may cause the water source such as the original well or pond to dry up, forcing the victims to find the water source to the field. In the mountains, most of the victims need to carry a stick-shaped water purification device to assist in walking. In addition, the water source sought by the victims may be excessively dirty, and it is necessary to carry a water purification device to filter, which makes the mountain road which is difficult to walk more difficult and dangerous. I [New Content] ' This creation provides a whip-shaped water purifying device, and adds water purification function to the wand (such as a cane, 'an umbrella, a fishing rod, a flagpole, etc.) so that the user does not need to carry other Water filter unit. The present invention provides a wand-shaped water purifying device comprising a tubular body, a water rod member and a first filter unit. The tubular body is provided with a first end, a water outlet, a water inlet and an accommodating space. The water outlet is located between the first end and the water inlet, and the accommodation space is located inside the tubular body and communicates with the water outlet and the water inlet. The water sluice rod is movably disposed on the M434621 tubular body and extends through the first end to the accommodating space. The first filter unit is disposed in the accommodating space and is located between the water inlet and the water outlet. The foregoing water sluice member is further provided with a piston end located in the accommodating space. When the piston end moves toward the first end, a liquid is sucked into the accommodating space through the water inlet and flows through the first filtering unit. When the piston end moves away from the first end, the aforementioned liquid is discharged to the tubular body via the water outlet. The tubular body further includes a replacement module, and the replacement module can be a cane replacement module, an umbrella replacement module or a fishing rod replacement module. In summary, the wand-shaped water purifying device of the present invention can be used as an auxiliary tool for assisting the user to walk, and has the function of purifying water, so that when the user finds the water source, the wrap-shaped water purifying device carried by the user can be utilized. The drowning and filtration eliminates the need to carry a water purification device, which improves the convenience and safety of the operation. In addition, this creation can further improve the ease of use by replacing the replacement module so that the wand-shaped water purifying device has functions such as a cane, an umbrella or a fishing rod. [Embodiment] Please refer to FIG. 1 to FIG. 3 together, wherein FIG. 1 is a perspective view of a first embodiment of the wand-shaped water purifying device 1 of the present invention, and FIG. 2 is a wrap-shaped water purifying device of the present invention. 1 is a cross-sectional view of the first embodiment, and FIG. 3 is an enlarged view of a portion A of the second drawing. The rod-shaped water purifying device 1 is a rod-like structure (or a rod-like structure), which can be used as an auxiliary tool for assisting the user to walk. The M434621 can also be used as a flat load on the shoulder of the user to assist the user in handling. article. The wand-shaped water purifying device 1 also has a function of purifying water, which is convenient for the user to filter the sewage at the water source such as a river, a lake, a pond or a otter. The wand-shaped water purifying device 1 includes a tubular body 10, a water sluice member 20, a first filter unit 30, a second filter unit 40, and a check valve 50. The tubular body 10 has a rod-like structure and is provided with a first end 11, a second end 12 opposite to the first end 11, a water outlet 13 and a water inlet 14. The water outlet 13 is located between the first end 11 and the water inlet 14, and the water inlet 14 is located between the first water outlet 13 and the second end 12. That is, the water outlet 13 is adjacent to the second end 12, and the water inlet 14 is adjacent to the first end 11. An accommodation space S1 is formed in the tubular body 10, and communicates with the water outlet 13 and the water inlet 14. An outlet pipe T1 and a header pipe T2 are connected to the water outlet 13 and the water inlet 14, respectively. The tubular body 10 includes a hollow tube 16 and a replacement module 17, and the replacement module 17 is coupled to one end of the hollow tube 16 via a locking means and is located at the aforementioned second end 12. The water inlet port 14 can be provided with a replacement module 17 and communicate with the accommodation space S1 of the hollow tube 16 via the replacement module 17. The wand-shaped water purifying device 1 can have different functions by replacing the aforementioned replacement module 17. In the embodiment, the replacement module 17 is a cane replacement module, so that the wand-shaped water purifying device 1 of the embodiment has the function of a cane. In other words, when walking, the user can use the stick shape. The water device 1 is used as a cane, and the rest of the functions can be referred to the third embodiment and the fourth embodiment of the present invention. The water sluice member 20 is a rod-like structure movably disposed on the tubular body 5, and the first end 1] extends to the accommodating space S1. The money member 20 is provided with a tongue end 21 and a grip end 22. The water slinger 20 includes a main-piston 24 and a handle 25. The connecting rod 23 is connected to the piston 24. Quality: ί: 25: The plug 24 is disposed at the piston end 21' and can be opened by the rubber material 10, and is placed in the valley space S1 and attached to the outside of the tubular body. =; = hand: end 222 ' and located in the tubular body relative to the tubular body = handlebar 25, such that the first filter, the unit 3 is disposed in the accommodating space S1, and is located between the water inlet H 〇 13 . The first passing unit 3 includes a soft load - can be made of a polyurethane (a pu [bubble or non-woven fabric] = porous support 3 porous support 31 can be used for suspension with a particle size larger than i _ The solid matter and the organic pollutants are filtered. The second filter unit 40 can be a thin film type unit, which can be used for particle size, impurities, or contaminants of 0.1 _ fine particles, bacteria, humus, solid organic matter, and the like. The second filter unit 40 is disposed in the accommodating space S1 and located between the _ 遽 遽 unit 30 and the first end 11. The second 遽 unit 40 includes a 遽 element 41 and a 遽 film 42 and a The flow-receiving element 43. The fixing element 41 is disposed in the accommodating space S1 and is fixed to the inner wall 15 of the tubular body ι. The fixing element 41 can be a hollow cylindrical body, and a first flow channel 4H' is formed inside the tubular body A second flow path 412 is formed between the two sides. The filter film 42 is disposed on the fixing member 41' and located in the second flow path 412, and the filter film 42 can be made of polyethylene (1) old, iron gas, acetic acid. Fiber M434621 (CA, cellulose acetate), Tao Jing (Cer A material such as amic or non-woven fabric is provided. The flow dividing member 43 is disposed at one end of the fixing member 41, adjacent to the first filter unit 30 and the water outlet 13, and is connected to the inner wall 15 of the tubular body 10. The flow dividing member 43 includes a through hole 431. And a communication groove 432. The through hole 431 penetrates the center of the flow dividing element 43 and communicates with the water inlet 14 and the first flow path 411. The communication groove 432 communicates with the water outlet 13 and the second flow path 412. The check valve 50 is located at the flow dividing element 43 and The first filter unit 30. In another embodiment, the check valve 50 is adjacent to the first filter unit 30 and can be located between the first filter unit 30 and the water inlet 14. Please refer to FIG. A schematic view of the use of the created wand-shaped water purifying device 1. As shown in Fig. 4, the water outlet pipe T1 is connected to the water outlet 13 and extends into a container B1, and the water pipe T2 is connected to the water inlet 14 and extends to a water source W1. The user can hold the tubular body 10 in one hand, hold the water-repellent rod member 20 in the other hand, and telescopically move the water-repellent rod member 20 relative to the tubular body 10, thereby sucking the liquid W2 such as sewage in the water source W1 into the rod. Water purification 1 is filtered and discharged into the container B1. In another embodiment, the water pipe T2 is not required to be provided, and the user can directly place the water inlet 14 in the water source W1, and the outlet pipe T1 is not required, and the user can set the container B1. It is sufficient to directly receive the water outlet 13. Please also refer to FIGS. 2 to 4, when the user moves the water-repellent rod member 20 relative to the tubular body 10 and moves the piston end 21 toward the first end 11. The liquid W2 is sucked into the accommodating space S1 via the water inlet 14, 7 M434621 and sequentially flows through the first filter unit 30, the check valve 50, the through hole 431 of the flow dividing member 43, the first flow path 411 of the fixing member 41, and finally It flows to the accommodating space S1 and the second flow path 412 between the fixing member 41 and the piston 24. Thereafter, when the user moves the water-repellent rod member 20 relative to the tubular body 10 and moves the piston end 21 away from the first end 11, the liquid W2 in the accommodating space S1 is pressed by the piston 24 and is subjected to the stagnation. Stop of valve 50. Therefore, the liquid W2 in the second flow path 412 is pushed into the filter film 42. The liquid W2 is filtered through the filtration membrane 42 and then flows to the communication tank 432, and finally discharged to the outside of the tubular body 10 via the water outlet 13 and the water outlet pipe T1. By repeating the above-described steps, the water-repellent rod member 20 is repeatedly moved relative to the tubular body 10, and the liquid W2 in the water source W1 can be filtered through the wand-shaped water purifying device 1 and then placed in the container B1. Exceptionally, since most of the impurities such as sediment and bacteria are larger than 0.1, the liquid W2 can be temporarily used as a drinking water after being filtered by the first filter unit 30 and the second filter unit 40 of the present embodiment. The victims drink. Referring to Fig. 5, after the container B1 is full, the user can use the wand-shaped water purifying device 1 as a pole load, and the container B1 is hung on the wand-shaped water purifying device 1 to facilitate the handling of the container B1. Please refer to Fig. 6, which is a schematic view of the second embodiment of the wand-shaped water purifying device la of the present invention. The differences from the first embodiment are detailed below. The wand-shaped water purifying device 1a includes a tubular body 10a, a water sluice member 20a, a first filter unit 30a, a second filter unit 40a, a first check valve 50a and a second check valve 60a. The tubular body 10a includes a first hollow tube 16a and a second hollow tube 16b, and the first hollow tube 16a is movably sleeved on the M434621 second hollow tube 16b. The replacement module 17 is coupled to the second hollow tube 16b, wherein the first end 11 is located in the first hollow tube 16a and the second end 12 is located in the second hollow tube 17. The first hollow tube 16 a and the second hollow tube 16 b can shorten the length of the rod-shaped water purifying device 1 a when the wand-shaped water purifying device 1 a is not used, so as to facilitate the rod-shaped water purifying device Store and carry. The piston end 21 of the water sluice rod 20a and the first filter unit 30a are located in the second hollow tube 16b. The second filter unit 40a is disposed at the water outlet 13. The second filter unit 40a can be a filter membrane 42. The first check valve 50a is adjacent to the first filter unit 30a and the water inlet 14. The second check valve 60a is provided at the water outlet 13. When the piston end 21 moves toward the first end 11, the liquid W2 is sucked into the accommodating space S1 via the water inlet 14, and flows through the first filter unit 30a. Further, at this time, the second check valve 60a prevents the liquid W2 from being discharged through the water outlet 13. When the piston end 21 moves toward the second end 12 (away from the first end 11), the liquid W2 sequentially flows through the second check valve 60a and the second filter unit 40, and is discharged to the tubular body 10 via the water outlet 13. Further, at this time, the first check valve 50a prevents the liquid W2 from being discharged through the water inlet 14. In the present embodiment, the structure of the wand-shaped water purifying device 1a is simplified, and the cost of the wand-shaped water purifying device la can be reduced. Referring to Fig. 7, a schematic view of a third embodiment of the wand-shaped water purifying device 1b of the present invention is shown. The wand-shaped water purifying device 1b further includes a first fastening component 71, a second fastening component 72, and a replacement component 17b. The first fastening element 71 and a second fastening element 72 are disposed in the hollow tube 9 M434621 管状 of the tubular body 10b. The first-fastening element 71 and the second fastening element 72 are applicable to the first embodiment and the second embodiment described above. In this embodiment, the replacement module 17b is an umbrella replacement module. The rain cover, the replacement module 17b includes a fixing unit 171, a limit ring 172, a frame unit 173, and an umbrella cloth 174. The fixing unit 171 is disposed at one end of the hollow tube 16. The limiting ring 172 is movably sleeved on the hollow tube π. The bracket unit Π3 is pivotally connected to the fixing unit 171 and the limiting ring 172, respectively. The umbrella cloth I% is disposed on the bracket unit 173. When the button 172 is moved to the first fastening member 7 and is engaged with the first fastening member 71, the holder unit 173 opens the umbrella 1 twice. When the stop ring 172 is moved to the second fastening member 72 and is engaged with the second fastening member 72, the bracket unit Π 3 retracts the umbrella cloth 174. (10) The actual _ and the second cane replacement die are replaced by the umbrella replacement module m of the present embodiment to form an umbrella type set so that the wand-shaped water purifying device lb has the function of an umbrella, so that it is still used. Convenience. Implementing the 'stick-shaped water purification device & In addition to using water, the wire is gravity-gravable, for example, the concave formed by -^ 2 = cloth 174, passing through the column-shaped county unit by gravity flow or siphoning , the purpose of clean water. Further, the fresh bird of the second embodiment may be provided. Alternatively, it may be placed at the end of the fixed unit 171 / see the 16th 'water σ 13 may also be located at the fixed unit. ° Figure, the fourth solid of the rod-shaped water purification device lc of the creation M434621 • Schematic diagram of the example. The wand-shaped water purifying device 1c includes a replacement element 17c. In this embodiment, the replacement module 17c is a fishing rod replacement module. The replacement module 17c includes a telescopic rod assembly 175, a winding unit 176, and a wire loop 177. The telescopic rod member 175 includes a plurality of hollow rod members 1751, 1752, 1753 that are nested one on another. The water inlet 14c is disposed at one end of the hollow rod member 1751, and a passage C1 is formed in the hollow rod member 1751. The first check valve 50c can be disposed in the water inlet 14c. The water inlet 14c communicates with the accommodating space S1 via the passage C1. The winding unit 176 is configured to provide a fishing line (not shown). The winding unit 176 can be disposed on the telescopic rod assembly 175 or on the tubular body 10c. A wire loop 177 is provided at one end of the rod 1751 for placing the fishing line. Therefore, by replacing the cane replacement module 17 of the first embodiment and the second embodiment with the umbrella replacement module 17b of the third embodiment, the fishing rod replacement module 17c of the present embodiment can be replaced. The water device lc has the function of the fishing rod φ, and by extending the telescopic rod assembly 175, the rod-shaped water purifying device lc can be used to take the water source farther away to improve the convenience of use. In summary, the wand-shaped water purifying device of the present invention can be used as an auxiliary tool for assisting the user to walk, and has the function of purifying water, so that when the user finds the water source, the wrap-shaped water purifying device carried by the user can be utilized. The drowning and filtration eliminates the need to carry a water purification device, which improves the convenience and safety of the operation. In addition, this creation can further improve the ease of use by replacing the replacement module so that the wand-shaped water purifying device has functions such as a cane, an umbrella or a fishing rod. The creation of the M434621 1 is disclosed above in the various embodiments, but it is only for the purpose of limiting the scope of the present invention, and anyone skilled in the art can do something in the spirit and scope of the present invention. More moving. Therefore, the above embodiments are not intended to limit the scope of the invention, and the scope of protection is defined by the scope of the appended claims.
12 M434621 【圖式簡單說明】 第i圖為本創作之杖狀淨水裳置之第―實施例的 圖， 第2圖為本創作之杖狀淨水襄置之第—實施例的剖示 圖； 弟3圖為第2圖之A部份的放大圖； 弟4圖以及第5圖為本創作之杖狀淨水裝置的使用示 意圖； y' 第6圖為本創作之杖狀淨水裝置之第二實施例的示意 回 * 圖， 第7圖為本創作之杖狀淨水裝置之第三實施例的示意 圖；以及 第8圖為本創作之杖狀淨水裝置之第四實施例的示意 圖0 【主要元件符號說明】 杖狀淨水裝置1、lb、lc ; 管狀本體 10、l〇a、l〇b、10c ; 第一端11 ; 第二端12 ; 出水口 13 ; 入水口 14、He ; 内壁15 ; 13 M434621 中空管16 ; 第一中空管16a ; 第二中空管16b ; 替換模組（手杖替換模組）17 ; 替換模組（雨傘替換模組）17b ; 固定單元171 ; 限位環172 ; 支架單元173 ; 傘布174 ; 替換模組（釣竿替換模組）17c ; 伸縮桿組件175 ; 桿件 1751、1752、1753 ; 捲線單元176 ; 固線環177 ; 汲水桿件20 ; 活塞端21 ; 握持端22 ; 連接桿23 ; 活塞24 ; 手把25 ; 第一過濾單元30、30a ; 多孔擔體31 ; 第二過濾單元40、40a ; 固定元件41 ;12 M434621 [Simple description of the drawing] The i-th picture is the figure of the first embodiment of the stick-shaped water-splitting device of the creation, and the second figure is the section of the first embodiment of the stick-shaped water-purifying device of the creation Figure 3; Figure 3 is a magnified view of Part A of Figure 2; Figure 4 and Figure 5 are schematic diagrams of the use of the wand-shaped water purifying device of the creation; y' Figure 6 is the wrap-shaped clean water of the creation BRIEF DESCRIPTION OF THE DRAWINGS FIG. 7 is a schematic view showing a third embodiment of the wand-shaped water purifying device of the present invention; and FIG. 8 is a fourth embodiment of the wand-shaped water purifying device of the present invention. Schematic diagram 0 [Description of main components] Cap-shaped water purification device 1, lb, lc; tubular body 10, l〇a, l〇b, 10c; first end 11; second end 12; water outlet 13; water inlet 14, He; inner wall 15; 13 M434621 hollow tube 16; first hollow tube 16a; second hollow tube 16b; replacement module (cane replacement module) 17; replacement module (umbrella replacement module) 17b; Fixing unit 171; limit ring 172; bracket unit 173; umbrella cloth 174; replacement module (fishing rod replacement module) 17c; telescopic rod assembly 175; 1, 1752, 1753; winding unit 176; fixed wire ring 177; water rod member 20; piston end 21; holding end 22; connecting rod 23; piston 24; handlebar 25; first filter unit 30, 30a; Support 31; second filter unit 40, 40a; fixing member 41;