M439641 五、新型說明： 【新型所屬之技術領域】 本創作射關於-種内袋式勤儲水桶，此尤指—種組裝簡 易、好衛生之壓力儲水桶，藉以翻枝維修拆換及確保用水 之安全者。 【先前技術】 第-圖所示者，係-料壓力儲水桶i之結構，其係由一下 殼體1 1及-上殼體1 2組合成-桶則◦，而該下殼體丄工與 上殼體12的結合處G係以焊接方式加以焊結，而在該下殼體丄 1與上殼體12之間，則聯結-橡膠製成之隔膜i 3，當進水受 壓後自-接頭14的通水道14丄進入該桶體i 〇的貯水容室工 5時’其所注人的進水壓力係大於該隔3的反壓，使該隔膜 13會被擠壓往上’而留下的空間恰被該進水所注滿，當需使用 到該桶體1 0内部所儲存的貯水時，由於外等路開關已開啟水 流通路，此時該桶體1〇内部的貯水，因受隔膜丄3的反愿作用 會順著管路排出。 上述習式之壓力儲水桶1 ’雖已使用多時，但卻仍存有以下 之缺失： 1.該壓力儲水桶1其下殼體i!與上殼體工2係以焊接封死， 故當其内部有故障時並無法拆修，特別是該隔膜丄3係由橡 膠材質所製成，久用之後會產生彈性疲乏，然卻因桶體工〇 無法拆封，所以不能換修。 4 M439641 2 ·由於桶體i 〇内所注入的貯水，在不用時係呈不流動狀態， • 目小*各易造成細脑生或其他雜質的沉;殿，這 :種情況雖可透過殺菌燈之類來進行殺菌，卻因該桶體1〇大 多為鐵材所製成，殺菌燈之紫外線並無法穿透鐵材以進行殺 菌’這種情形瓶时來說其實是财安全的。 為了解決社的缺失，因此乃有水袋式儲水桶之產生，類此 結構如TW申請案號：9 〇 2 ! 6 〇 8 5號（以下稱前案）即是， 軸此案透過可拆式殼體，提供更換_之水袋，細達到用水 安全，但是此種結構在使用上有以下缺失： 1、該前案的水袋係具有多崎外之出人σ，袋内之水的排出不 是靠空氣的壓力’只是_—人水σ及—出水讀為水進出 的通道’而且還要藉助微_關來控簡水量及斷電開關的 作動，因此在組裝及控制上十分複雜。 鲁2、該前案其水袋的清潔，主要是依靠該水袋上的一消毒口作為 清潔之通道，基本上水袋壽命有其使_限，—味想藉助消 毒方式來清洗水袋，根林符合安全用水之要求，而且水袋 通口越多’相_清潔死角也會❹，造成清顧毒不易達 到預期效果。 【新型内容】 有鑑於此’本案創作人歷經無數次改良後，終於完成本案之 訇作’即本創作之目的，係在提供一種組裝簡易及安全衛生之内 袋式屋力儲水桶，藉以達到方便維修拆換及確保用水之安全者。 5 M439641 為達到上縣創作之目的，本麟其係由—殼體及一個或複 數個内袋所組成，其中該内袋係容設於該殼體内，該殼體頂部設 •有一第一通孔及一第二通孔，該第一通孔接設有一第一接導元 ，件’該第二通孔接設有-第二接導元件，該第—接導元件係與該 内袋上之-第三接導元件連接，藉由上述元件之組成，可提供用 水時以殼體内之空氣順利壓縮儲水者，崎具組裝簡易、安 全衛生之進步效益者。 【實施方式】 • 赫閱第二、三、四圖所示，本創作之内袋式壓力儲水桶其 係由一殼體2及一個或複數個内袋3所組成，其中： 該殼體2，係由-第-殼體2丄及—第二殼體2 2所組成， 該第-殼體21係具有-内容空間2}〇，其底緣設有一第一接 合部E，該第-殼體2工的頂部設有一第一通孔2丄丄及一第二 通孔212，該第-通孔211裝設有一第一接導元件a，該第 通孔2 1 2U-第二接導元件b，該第二殼體2 2係具有 —内容空間2 2 0，其頂緣設有—第二接合部D，該第一接合部 E與該第二接合部⑽相互雛結合，兩者之間並套財一止水 環C ; 該内袋3，係安裝於該殼體2内，該内袋3為—軟f封閉之 彈性袋體，該内袋3的袋體上固設有一第三接導元件31，該第 三接導it件3 1係_第—接導元件A連接，該第三接導元件3 1下端延接-引流管312，該引流管312係延伸進入於該内 袋3的内部空間3 〇。 6 M439641 上述之第一接導元件A，係由一具有内螺孔之第一螺帽21 4及一第一管座2丄5所組成，該第一管座2 i 5上設有一孔柱 215 a，該孔柱215 a具有一通孔215 d，該通孔215 d係與該第三接導元件3丄的引流管3丄2相通，該第一管座2 15的孔柱215 a設有一外螺紋215 b，係用與該第一螺帽 214鎖合，藉以將該第一接導元件A固定於該第一通孔2工 1，該第一管座215底部更設有一外螺紋柱215 c，係與該 第三接導元件3 1的内螺孔3 1 1鎖合（如第四圖所示）。 上述之第二接導元件B，係由一第二螺帽2丄6與一第二管 座213所組成’該第二管座2丄3上設—具有外螺故之孔柱2 13 a，係用與該第二螺帽216鎖合，藉以將該第二接導元件 B固定於該第二通孔212，該孔柱213 a並設有一通孔2工 3 b ° 藉由上述元件組成之内袋式壓力儲水桶，其安裝使用方式有 一種是將該内袋3當作儲水袋來使用，如第五圖所示，該第 二管座213的孔柱213 a連接一第二連管l2 (該第二管座 2 1 3在此係内含一加氣嘴Η，該加氣嘴η為一習知構件），藉此 提供氣體經由該第二連管L 2、第二管座2 1 3灌人於該殼^ 的内容室20 (該内容室20係由該第一殼體2 χ與第二殼體2 2的内容空間2 1 0、2 2 0所構成），以對該内袋3形成一擠壓 力量；另外該内袋3並以該第三接導元件3丄連接該第一接導元 7 M439641 件A，再由該第一接導元件A的孔柱2丄5 a接導該第一連管乙 1，以提供儲水灌注於該内袋3的内部空間3〇，並使該内袋3 内儲水的壓力大於該内容室2 〇的空氣壓力；當需用水時，壓力 儲水桶外部管路的控水_打開後，因已開啟水親道（此部份 為習知技術，故圖中未加揭* )，該内袋3内健水因引流而使其壓 力下降’同時内袋3外部的空氣壓力此時已大於該内袋3儲水的 壓力，故外部的空氣會壓迫該内袋3的儲水，使儲水自該第一連 ΐ L1流出’以供應外部所需之用水。 另一種是將助袋3當作空Α壓力袋來使用，如第六圖所 不:玄第-管座2 15的孔柱2 15 a連接-第一連管li (該 第一管座215在此係内含-加氣嘴H，該加氣嘴η為一習知構 件），藉此提供氣體經由該第一連管L丄、第一管座2丄5灌入於 該内袋3 ’以對該殼體2内容室2Q_儲水形成一反壓力量； 另外該第—皆座213其孔柱213 a所接導之第二連管L 2， 係提供儲水粒於純體2_容室2Q，並使軸容室⑼儲 水的壓力大於制如的蚊壓力；當需用树壓力儲水桶外 P s路的控水⑽打開後，因已開啟水流通路，此時該内容室2 〇儲水因引崎繼下降，_體3峨氣並會以其反 壓力置’擠推儲水自該第二連管L2排出，以供應外部所需用水。 此外三本創作為了提供足量的空氣壓力注人該壓力儲水桶 連(或第一連官L2)如作為進氣管之使用時，更 可連結-壓力表P以供灌氣時之觀測（如第六騎示），使用者可 8 M439641 根據該壓力表P判斷該壓力儲水桶是否正常作動。 如第七、八圖所示，係為本創作之另—實施例，為了 大儲水的容量，本創作之内袋式壓力儲水桶係由—殼體2 個或複數個内袋3所組成，其中： 一 該殼體2’ ，係由-第-殼體21、—第二殼體22及 或複數個中間殼體2 3所組成，該第—殼體2丄係具有—内容空 間210 ’其底緣設有—第—接合部E，該第—殼體2丄的頂ς 設有-第-通孔2i i及—第二通孔2i2，該第—通孔21。 裝設有—第—接導元件A，該第二通孔212裝設有—第二 几件B該第—殼體22係具有—内容空間22◦，其頂緣設有 第-接。部〇 ’該中間殼體2 3係-中空殼體具有一内容空間 2 3 0，其上緣設有—第二接合部D，其下緣設有—第一接合; E，該中間殼體2 3上緣的第二接合部D，係與該第一殼⑽玉 或另-上側相鄰的中間殼體23下緣的第—接合部e銜接結合， g中W體23下緣的第-接合部e，係與該第二殼體22或另 一下侧相鄰的中間殼體2 3上緣的第二接合部雌接結合，該第 接與該第一接合部D之間並套設有一止水環c ; 。該内袋3,係安裝於該殼體2，内，該内袋3為—軟質封閉 之彈性袋體，該内袋3的袋體上固設有-第三接導it件3 1，該 第三^導树3 1係直接與該第"接導元件A連接，或透過一第 四連管L4與-多向躺4的連接，並由該多向接頭接導—第 —連S L 3再與該第—接導元件A連接，該第三接導元件31下 9 M439641 端延接一引流管312，該引流管312係延伸進入於該内袋3 的内部空間3 0。。 上述之第一接導元件A，係由一具有内螺孔之第一螺帽2工 4及一第一管座215所組成，該第一管座2丄5上設有一孔柱 215 a ’該孔柱215 a具有-通孔215 d，該通孔215 d係與該第二連官L 3相通，該第-管座215的孔柱215 a 設有-外螺紋215 b ’係用與該第一螺帽2 i 4鎖合，藉以將 •該第-接導元件A固定於該第一通孔2 1;1，該第一管座215 底部更設有-外螺妹2丨5 c，係與—螺帽M鎖合（如第四圖 所示）。 上述之第二接導元件B，係由一第二螺帽2工6與一第二管 座2 1 3所組成，該第二管座2 1 3上設一具有外螺、紋之孔柱2 13 a ’係用與該第二螺帽216鎖合，藉以將該第二接導元件 龜B固定於該第二通孔212，該孔柱213 a並設有一通孔21 響3 b。 ★上述之多向接頭4及第-接導元件a，其與各連管（如第三 連管L 3、第四連管L 4 )之間的接導，係、藉由該螺帽m之鎖合 連、〜（此部分之結構為習知元件及技術，故不再費述）。 辉二述Γ三接導元件3 1，其更利用一轉接頭3 1 3鎖接該 ”目以連結該.連fL4，即該轉接頭313的 13a與該第三接導元件31_孔311鎖合，而該轉接頭3 13的上螺紋柱313 b與該螺帽Μ内螺孔Ml鎖合（如第九圖 M439641 所示）。 本實;5e例的内袋式壓力儲水桶，同樣的有二種安裝使用方式·· -種是將軸袋3當作儲水袋來使用，如第十圖所示，該第 二官座213的孔柱213 a連接一第二連管l 2 (該第二管座 2 1 3在此係内含一加氣嘴Η，該加氣嘴H為一習知構件），藉此 提供氣體經由該第二連管L 2、第二管座213灌入於該殼體2 的内容室2 0 (該内容室2 0，係由該第一殼體2 1、第二殼 _體2 2及中間殼體2 3的内容空間21〇、2 2 0、2 3 0所構 成）’以對該内袋3形成一擠壓力量；另外由於該内容室2 〇,的 空間已加大，所以必須增加該内袋3的數量，該内袋3並以該第 三接導元件31連接該第四連管l 4，並藉由該多向接頭4接導 第三連管L 3，再無第-接導元件A連接，織由該第一接導 元件A的孔柱215 a接導該第-連管l1，以提供儲水灌注於 •。亥内袋3的内部空間3 0，並使該内袋3内儲水的壓力大於該内 今至2 0的空氣壓力；當需用水時，壓力儲水桶外部管路的控 水開關打開後，因已開啟水流通路（此部分為習知技術，故圖中 未加揭示）’此時該内袋3内儲水因引流而使其壓力下降，該内袋 3外部的空氣已大於内袋3的壓力，故會壓迫該内袋3的儲水自 该第一連管L1流出，以供應外部所需用水。 另一種是將該内袋3當作空氣壓力袋來使用，如第十一圖所 不，該第一管座215的孔柱215a連接一第一連管^工（該 第一官座2 1 5在此仙含-加氣嘴η，該加氣嘴Η為-習知構 M439641 件）’藉此提供氣體經由該第一連管乙1、第一管座215、第三 連管L 3及第四連管L4灌人於助袋3,以對該殼體2，内容 至2 0内儲水形成一擠壓力量；另外該第二管座213其孔柱 2 1 3 a所接導之第—連管l 2，係提供儲水灌注於該殼體2， 的内谷至2 0 ’並使該内容室2〇’儲水的壓力大於該内袋3 的空_力；當需用水時，壓力儲水桶外部管路的控水開關打開 後’因已開啟水流通路，此時制容室2Q，儲水_流而使其 壓力下降^同時内袋3⑽空氣並會以其反壓力量，擠推儲水自、 該第二連管L2排出，以供應外部所需用水。 一厂得合貫施例中，該殼體2、2,其第一殼體21病 二殼體2 2，或者是第—殼體2!與中間殼體2 3、第二殼儀 2與中間殼體2 3，以及中間殼體2 3與中間殼體2 3之間的 合，其鎖合結構有以下兩種方式：M439641 V. New description: [New technical field] This creation shoots about the inner bag type storage bucket, especially the pressure storage bucket which is easy to assemble and clean, so as to repair and replace the water and ensure the water Security. [Prior Art] The structure shown in the first figure is the structure of the material pressure storage tank i, which is formed by combining the lower casing 1 1 and the upper casing 12 into a barrel, and the lower casing is completed. The joint G with the upper casing 12 is welded in a welded manner, and between the lower casing 1 and the upper casing 12, a rubber-made diaphragm i 3 is joined, and when the water is pressurized When the water passage 14 of the self-connecting 14 enters the water storage chamber 5 of the barrel i, the injection water pressure of the self-connecting 14 is greater than the back pressure of the partition 3, so that the diaphragm 13 is squeezed upward. 'The space left is filled by the water inlet. When the water stored in the interior of the barrel 10 is used, the water flow path is opened because the outer circuit switch has opened. The water is stored and discharged along the pipeline due to the reverse action of the diaphragm 丄3. Although the pressure storage bucket 1' of the above formula has been used for a long time, there are still the following defects: 1. The pressure storage bucket 1 has its lower casing i! and the upper casing 2 are welded and sealed, so When there is a fault inside, it cannot be repaired. In particular, the diaphragm 丄3 is made of rubber material, which will cause elastic fatigue after a long time of use, but it cannot be opened due to the barrel work, so it cannot be repaired. 4 M439641 2 ·Because the water stored in the barrel i is not flowing when it is not used, • It is easy to cause the sinking of fine brain or other impurities; the temple, this: although the situation can be sterilized Lamps and the like are used for sterilization, but since the barrel 1 is mostly made of iron, the ultraviolet light of the germicidal lamp cannot penetrate the iron for sterilization. In this case, the bottle is actually financially safe. In order to solve the lack of society, there is a water bag type storage bucket. This type of structure, such as the TW application case number: 9 〇 2 ! 6 〇 8 5 (hereinafter referred to as the previous case) is that the case is detachable through the case. The shell is provided with a water bag for replacement, which is safe to use for water. However, the structure has the following defects in use: 1. The water bag of the previous case has the appearance of sigma outside the saki, the water in the bag. The discharge is not based on the pressure of the air 'only _ - human water σ and - the water is read as the passage of water in and out' and the micro-off is used to control the water volume and the operation of the power-off switch, so it is very complicated in assembly and control. Lu 2, the cleaning of the water bag in the previous case, mainly relies on a disinfection port on the water bag as a passage for cleaning. Basically, the life of the water bag has its limit, and the taste is to be cleaned by means of disinfection. The root forest meets the requirements of safe water use, and the more the water bag mouth is, the more the 'phase _ clean corners will be smashed, which will make it difficult to achieve the desired results. [New content] In view of the fact that this creator of the case has undergone numerous improvements, he has finally completed the work of this case, which is to provide a bag-type house storage bucket with simple assembly and safety. It is convenient for maintenance and replacement and to ensure the safety of water. 5 M439641 In order to achieve the purpose of the creation of Shangxian, Benlin consists of a shell and one or more inner pockets, wherein the inner bag is housed in the casing, and the top of the casing is provided with a first a through hole and a second through hole, the first through hole is connected with a first guiding element, and the second through hole is connected with a second guiding element, and the first guiding element is connected to the inside The third connecting element on the bag is connected, and by the composition of the above components, the water in the casing can be smoothly compressed when water is used, and the advantage of the assembly is simple, safe and hygienic. [Embodiment] • As shown in the second, third and fourth figures, the inner bag type pressure storage bucket of the present invention is composed of a casing 2 and one or a plurality of inner bags 3, wherein: the casing 2 The first housing 21 has a -content space 2}〇, and the bottom edge is provided with a first joint portion E, the first portion - A first through hole 2 丄丄 and a second through hole 212 are disposed at the top of the housing 2, and the first through hole 211 is provided with a first guiding element a, and the first through hole 2 1 2U-second connection a guiding member b, the second housing 2 2 has a content space 220, and a top edge is provided with a second joint portion D. The first joint portion E and the second joint portion (10) are combined with each other. The inner bag 3 is installed in the casing 2, and the inner bag 3 is a soft f-closed elastic bag body, and the inner bag 3 is fixed on the bag body. There is a third guiding element 31, the third guiding member 3 1 is connected to the first guiding element A, and the lower end of the third guiding element 3 1 is extended to the drainage tube 312, and the drainage tube 312 extends into the The inner space of the inner bag 3 is 3 〇. 6 M439641 The first guiding component A is composed of a first nut 21 4 having an internal screw hole and a first socket 2丄5. The first socket 2 i 5 is provided with a hole column. 215 a, the hole column 215 a has a through hole 215 d, the through hole 215 d is in communication with the drainage tube 3丄2 of the third guiding element 3丄, and the hole column 215 a of the first tube seat 2 15 is provided An external thread 215 b is coupled to the first nut 214 to fix the first guiding element A to the first through hole 2, and the first base 215 is further provided with an external thread. The post 215 c is engaged with the inner screw hole 31 1 of the third guiding member 31 (as shown in the fourth figure). The second guiding element B is composed of a second nut 2丄6 and a second socket 213. The second socket 2丄3 is provided with an externally threaded hole column 2 13 a And the second nut 216 is locked to fix the second guiding element B to the second through hole 212, and the hole 213a is provided with a through hole 2 by 3 b° by the above component The inner bag type pressure storage bucket is constructed by using the inner bag 3 as a water storage bag. As shown in the fifth figure, the second column seat 213 has a hole 213 a connected to the first a second pipe l2 (the second pipe base 2 1 3 includes a gas nozzle Η in the system, the gas pipe η is a conventional member), thereby providing gas through the second pipe L 2 The second socket 2 1 3 is filled in the content chamber 20 of the casing ^ (the content chamber 20 is composed of the content spaces 2 1 0 and 2 2 0 of the first casing 2 χ and the second casing 2 2 ) The inner bag 3 is formed with a pressing force; the inner bag 3 is connected to the first guiding member 7 M439641 A by the third guiding member 3, and then by the first guiding member A. The hole column 2丄5 a leads the first pipe B1 to mention The water storage is poured into the inner space of the inner bag 3, and the pressure of the water stored in the inner bag 3 is greater than the air pressure of the inner chamber 2; when water is required, the water control of the outer pipe of the pressure storage tank _ After opening, since the waterway has been turned on (this part is a conventional technique, it is not uncovered in the figure), the water in the inner bag 3 is lowered by the drainage, and the air pressure outside the inner bag 3 is simultaneously At this time, the pressure of the inner bag 3 is greater than that of the water stored in the inner bag 3. Therefore, the external air pressurizes the water stored in the inner bag 3, so that the water flows out from the first port l1 to supply the water required for the outside. The other is to use the auxiliary bag 3 as an empty pressure bag, as shown in the sixth figure: the hole column 2 15 a of the Xuanto-tube 2 15 a connection - the first pipe li (the first pipe seat 215 In this case, a gas filling nozzle H is provided, and the gas filling nozzle η is a conventional member, whereby the gas is supplied to the inner bag 3 via the first connecting pipe L丄 and the first pipe seat 2丄5. 'To form a back pressure amount for the water stored in the chamber 2Q_ of the casing 2; and the second pipe L 2 guided by the hole 213 a of the first block 213 provides the water storage particles in the pure body 2_ chamber 2Q, and the pressure of the water storage in the shaft chamber (9) is greater than the pressure of the mosquito; if the water control (10) of the P s road outside the tree pressure storage tank is required to be opened, the water flow path has been opened. In the content room 2, the water storage is lowered due to the introduction of the stagnation, and the _ body 3 sputum gas is discharged from the second pipe L2 by its counter pressure to supply the externally required water. In addition, the three creations in order to provide sufficient air pressure to inject the pressure storage tank connection (or the first company L2), such as the use of the intake pipe, can also be connected to the pressure gauge P for observation during gas filling ( If the sixth ride is shown, the user can judge whether the pressure storage bucket is normally operated according to the pressure gauge P. As shown in the seventh and eighth figures, it is another embodiment of the creation. For the capacity of large water storage, the inner bag type pressure storage bucket of the present invention is composed of two shells or a plurality of inner bags 3. , wherein: the housing 2 ′ is composed of a first housing 21 , a second housing 22 , or a plurality of intermediate housings 23 , the first housing 2 having a content space 210 The bottom edge of the first housing 2 is provided with a first through hole 2i i and a second through hole 2i2, and the first through hole 21. A first guiding member A is mounted, and the second through hole 212 is provided with a second member B. The first housing 22 has a content space 22, and a top edge is provided with a first connection. The intermediate casing 2 3 - the hollow casing has a content space 203, the upper edge is provided with a second joint portion D, and the lower edge is provided with a first joint; E, the intermediate shell The second joint portion D of the upper edge of the body 2 3 is engaged with the first joint portion e of the lower edge of the intermediate casing 23 adjacent to the jade or the other upper side of the first shell (10), and the lower edge of the W body 23 of the g body The first engaging portion e is femalely coupled to the second engaging portion of the upper edge of the intermediate casing 23 adjacent to the second casing 22 or the other lower side, and the first joint and the first joint portion D are The set has a water stop ring c; The inner bag 3 is mounted in the casing 2, and the inner bag 3 is a soft closed elastic bag body, and the bag body of the inner bag 3 is fixed with a third guiding member 3 1 . The third guiding tree 3 1 is directly connected to the first "directing element A" or through a fourth connecting tube L4 to the multi-directional lying 4, and is guided by the multi-directional joint - the first-link SL 3 is further connected to the first guiding element A. The lower end of the third guiding element 31 is connected to a drainage tube 312, and the drainage tube 312 extends into the inner space 30 of the inner bag 3. . The first guiding component A is composed of a first nut 2 having an inner screw hole and a first header 215. The first header 2 is provided with a hole 215 a ' The hole column 215a has a through hole 215d, and the through hole 215d is in communication with the second link L3, and the hole column 215a of the first pipe base 215 is provided with an external thread 215b' The first nut 2 i 4 is locked, thereby fixing the first guiding element A to the first through hole 2 1; 1, and the bottom of the first socket 215 is further provided with an outer screw 2丨5 c, the system is interlocked with the nut M (as shown in the fourth figure). The second guiding element B is composed of a second nut 2 and a second tube 2 1 3 , and the second tube 2 1 3 is provided with a hole column with external threads and stripes. 2 13 a ' is locked with the second nut 216, thereby fixing the second guiding element turtle B to the second through hole 212, and the hole column 213a is provided with a through hole 21 to 3b. ★ The above-mentioned multidirectional joint 4 and the first guiding element a, and the connection between each connecting pipe (such as the third connecting pipe L 3 and the fourth connecting pipe L 4 ), by the nut m The locks are connected, ~ (the structure of this part is a conventional component and technology, so it will not be mentioned). The second guiding element 3 1 is further connected by a connector 3 1 3 to connect the connecting unit f1, that is, the 13a of the adapter 313 and the third guiding element 31_ The hole 311 is locked, and the upper threaded post 313 b of the adapter 3 13 is engaged with the screw hole M1 of the nut (as shown in the ninth figure M439641). The present embodiment; the inner bag type pressure storage of the 5e case The bucket has the same two installation methods. The seed bag 3 is used as a water storage bag. As shown in the tenth figure, the hole 213 a of the second seat 213 is connected to a second connection. a tube l 2 (the second socket 2 1 3 includes a gas nozzle Η in the system, the gas filling nozzle H is a conventional member), thereby providing gas through the second connecting tube L 2, second The socket 213 is poured into the content chamber 20 of the casing 2 (the content chamber 20 is the content space 21 of the first casing 2 1 , the second casing 2 2 and the intermediate casing 23 , 2 2 0, 2 3 0 constitutes) 'to form a pressing force on the inner bag 3; in addition, since the space of the content chamber 2 已 has increased, the number of the inner bag 3 must be increased, The bag 3 is connected to the fourth connecting pipe 14 by the third guiding member 31, The third connecting pipe L 3 is guided by the multi-directional joint 4, and no first guiding member A is connected, and the first connecting pipe 11 is guided by the hole column 215 a of the first guiding member A to Providing water storage in the inner space of the inner bag 3, and the pressure of the water stored in the inner bag 3 is greater than the air pressure of the inner to the present 20; when water is required, the outer pipe of the pressure storage tank After the water control switch is turned on, since the water flow path has been opened (this part is a conventional technique, it is not disclosed in the figure) 'At this time, the water in the inner bag 3 is lowered due to drainage, and the inner bag 3 is externally The air is already larger than the pressure of the inner bag 3, so that the water stored in the inner bag 3 is forced to flow out from the first connecting pipe L1 to supply externally required water. The other is to use the inner bag 3 as an air pressure bag. In use, as shown in FIG. 11 , the hole column 215 a of the first pipe base 215 is connected to a first pipe joint (the first seat seat 2 1 5 is in this fairy-filling nozzle η, the gas filling The mouthpiece is a conventional M439641 piece. 'The gas is supplied to the bag 3 via the first pipe B1, the first pipe base 215, the third pipe L3 and the fourth pipe L4. Correct The housing 2, the content of the water stored in the 20 to form a pressing force; in addition, the second tube seat 213 has a first column connected to the column 2 1 3 a, which provides water storage and perfusion Body 2, the inner valley to 20 ' and the pressure of the storage chamber 2 〇 'storage water is greater than the air _ force of the inner bag 3; when water is required, the water control switch of the external pipe of the pressure storage water tank is opened after ' Since the water flow path has been opened, the production chamber 2Q, the water storage_flow, causes the pressure to drop. At the same time, the inner bag 3 (10) air will be pushed by the back pressure, and the second connecting pipe L2 is discharged. Supply externally needed water. In a coherent embodiment, the housing 2, 2, the first housing 21, the second housing 22, or the first housing 2! and the intermediate housing 23, the second housing 2 The intermediate casing 23 and the joint between the intermediate casing 23 and the intermediate casing 23 have the following two ways:
一種為彻螺⑽鎖合，即該第—殼體2 i的 殼體23的下緣賴之[接合《(如第二、：、七。:圖 上緣或該中間殼體2 3的上緣 部< ^第―接合部D，該第二於 jj係具有—外螺紋，並與該 到彼此間的d 接。抑_螺紋鎖合，以』 ，、，、用錐度的鎖合（如第十二圖所示），即該 的下緣或令職體2 3的下 ^成 一接合部p，，又接合部Ε，，該第 係為-向下凸緣，該第—接合部Ε，_並凹設有 12 财39641 一凹槽El讀該止水環c嵌人 射問即9 q从“立 飞第一喊體2 2的上緣或 該中間成體23的上緣所設之第二接合 ，在盔一該第二接合部D 係為-向上凸緣，該第二接合抑，圍設該第—接 周緣，該第二接合勒，内側設有 。 盐人却d衣 卞。131 ’以供該第一 ，。口的套設抵貼，並在該第-接合部E，與第二接合部D 的結合處外m畔環套5加_設咖， 内側設有一内錐槽51，係用以提供該第一接增：= 合部^的結合處外部（具有雜度）套入於該内錐槽51、，硫 -個+壞套5的接合處各料—鎖合孔53，係供—螺检^穿 入鎖合固^，藉此達到各元件間的套合鎖結。 上述本創作之内袋式壓力儲水桶其殼體2、2,的架設，可 依現場施工的需求’將該殼體2、2，以直立、倒立或橫^方向 置放安裝’藉此可適用於各種不同的施工條件及環境。 综上所述’本創作之内袋式壓力儲水桶，可提供使用者視實 際而求’以轴袋作為儲水袋或空氣壓力袋的應用，再透過可拆 式之设體，而具有安裝、拆換之便捷性’加上内袋可更換，以使 用水更為安讀生’故本創作特具賴及實用進步效益者。 在本創作内容中所提出之具體實施例僅用以方便說明本創作 之技術内谷’而非將本創作狹義地限制於上述實施例，在不超出 本創作之精神與下述之申請專纖闕航下，所作的種種變化 實施，仍屬於本創作之範圍。 【圖式簡單說明】 13 M439641 第一圖，係習知壓力儲水桶結構示意圖。 第二圖，係本創作第一實施例之立體分解圖。 第三圖，係本創作第一實施例之組合剖面示意圖。 第四圖，係本創作第一接導元件之局部剖面示意圖。 第五圖，係本創作第一實施例之操作示意圖（一）。 第六圖，係本創作第一實施例之操作示意圖（二）。 第七圖，係本創作第二實施例之立體分解圖。 鲁第八圖，係本創作第二實施例之組合剖面示意圖。 第九圖，係本創作第三接導元件之局部組合剖面示意圖。 第十圖，係本創作第二實施例之操作示意圖（一）。 第十一圖，係本創作第二實施例之操作示意圖（二）。 第十二圖，係本創作其第一、二接合部之另一實施例局部剖面示 意圖。 【主要元件符號說明】 1 · · · * ···壓力儲水桶 10.· • · · ·桶體 11·· •···下殼體 12·· •·••上殼體 13·· •···隔膜 14·· •···接頭 14 1· •···通水道 15·· •···貯水容室 M439641 G.......結合處 2、2, · ·..殼體 2 Ο、2 0’ ··内容室 210、220、230··内容空間 第一殼體 第一通孔 第二通孔 第二管座 孔柱 通孔 孔柱 第一螺帽 第一管座 孔柱 外螺紋 外螺紋柱 通孔 第二殼體 第二螺帽 中間殼體 内袋 内部空間 2 1·· 2 11· 2 12· • 2 13· 2 13a 2 13b 2 13c 2 14· 2 15· 2 15a • 2 15b 2 15c 2 1 5 d 2 2·. 2 16· 2 3·· 3 · · · 3 0·· 15 M439641One is a screw (10) lock, that is, the lower edge of the casing 23 of the first casing 2 i is [joined" (such as the second,:, seventh.: upper edge of the figure or upper part of the intermediate casing 23) The edge portion < ^ the first joint portion D, the second portion of the jj has an external thread and is connected to the d to each other. _ Thread lock, with a taper lock ( As shown in Fig. 12, that is, the lower edge or the lower portion of the service body 2 3 is formed into a joint portion p, and the joint portion is, the first system is a downward flange, and the first joint portion Ε, _ and concave set with 12 Fortune 39641 A groove El read the water stop ring c embedded in the person to ask that 9 q from the "upper edge of the first flying body 2 2 or the upper edge of the intermediate body 23 In the second joint, the second joint portion D of the helmet is an up-flange, and the second joint surrounds the first joint, and the second joint is provided on the inner side.卞 '. 131 ' for the first, the mouth of the sleeve is affixed, and at the joint of the first joint portion E, and the second joint portion D, the outer side of the m-side loop cover 5 plus _ set coffee, the inside There is an inner tapered groove 51 for providing the first connection: = joint The joint of the ^ is externally (having a certain degree of inertia) nested in the inner tapered groove 51, and the joint of the sulfur-plus-bad sleeve 5, the locking hole 53, is for the screw-injection In order to achieve the interlocking between the components. The above-mentioned inner bag type pressure storage bucket has its casings 2, 2, which can be erected according to the requirements of on-site construction. Installed in an inverted or horizontal direction. This can be applied to a variety of different construction conditions and environments. In summary, the inner bag pressure storage bucket of the present invention can provide the user with a shaft pocket. As a water storage bag or air pressure bag application, it can be installed through a detachable body, and has the convenience of installation and replacement. 'With the inner bag being replaceable, the water can be used to read the student'. The specific embodiments proposed in the present disclosure are only used to facilitate the description of the technical context of the present invention, rather than narrowly limiting the creation to the above embodiments, without exceeding the scope of the present creation. The spirit and the application for the following specializations, the implementation of various changes, still belong to The scope of creation. [Simple description of the diagram] 13 M439641 The first figure is a schematic diagram of the structure of the pressure storage bucket. The second diagram is the exploded view of the first embodiment of the creation. A cross-sectional view of a combination of the embodiments. The fourth figure is a partial cross-sectional view of the first guiding element of the present invention. The fifth drawing is a schematic diagram of the operation of the first embodiment of the present invention (1). A schematic diagram of the operation of an embodiment (2). The seventh diagram is an exploded perspective view of the second embodiment of the present invention. The eighth diagram is a schematic cross-sectional view of the second embodiment of the present creation. A schematic view of a partial combination of a third guiding component. The tenth drawing is a schematic diagram of the operation of the second embodiment of the present invention (1). The eleventh figure is a schematic diagram of the operation of the second embodiment of the present creation (2). Fig. 12 is a partial cross-sectional view showing another embodiment of the first and second joint portions of the present invention. [Explanation of main component symbols] 1 · · · · ··· Pressure storage tank 10.··· · · Bucket 11······ Lower case 12··•••• Upper case 13·· ···Separator 14······Connector 14 1· •···Water channel 15·····Water storage chamber M439641 G....... junction 2, 2, · ·.. Housing 2 Ο, 2 0 ′ · Content chamber 210, 220, 230··Content space First housing First through hole Second through hole Second tube seat Hole column Through hole Hole column First nut First tube Seat hole external threaded external threaded column through hole Second housing Second nut Intermediate housing Inner pocket 2 1·· 2 11· 2 12· • 2 13· 2 13a 2 13b 2 13c 2 14· 2 15 · 2 15a • 2 15b 2 15c 2 1 5 d 2 2·. 2 16· 2 3·· 3 · · · 3 0·· 15 M439641
3 1···· •.第三接導元件 3 11··· ••内螺孔 3 12··· ••引流管 313··· ••轉接頭 3 13a·· ..下螺紋柱 3 13b·· ••上螺紋柱 4..... ••多向接頭 5..... ••半環套 51···· ••内錐槽 52···· ..螺栓 53···· ••鎖合孔 A..... ••第一接導元件 B..... .·第二接導元件 c..... ••止水環 D、D，. · ••第二接合部 Dl’ · . · ••接合平台 E 、 E， · · ••第一接合部 El， . · · .·凹槽 LI···· ..第一連管 L 2 · · · · .•第二連管 L 3 · · · · .•第三連管 L 4 · · · · ••第四連管 M4396413 1····•.3th guiding element 3 11··· ••Inner screw hole 3 12··· ••Draining tube 313··· •• Adapter 3 13a··..Under threaded column 3 13b·· ••Upper threaded post 4...••Multidirectional joint 5... ••Half ring sleeve 51····••Inner cone groove 52···· .. bolt 53 ···· ••Locking hole A..... ••First guiding element B.....·Second guiding element c..... ••Water stop ring D, D, ·••Second joint D1′ ····•Joining platform E, E, · · •• First joint E, · · · ·· Groove LI····..First connection L 2 · · · · ·• The second connection L 3 · · · ·•• The third connection L 4 · · · · •• The fourth connection M439641
Μ.......鎖結螺帽Μ.......Lock nut
Ml......内螺孔 P.......壓力表 Η.......加氣嘴 17Ml...... Inner screw hole P....... Pressure gauge Η.......Air nozzle 17