200407247 玖、發明說明： 【發明所屬之技術領域】 本發明係與一灑佈瓶有關，更明確地說其係與一用 5於灑佈—例如氧氣之氣體的灑佈瓶有關。本發明進一 步與用於灑佈瓶之更進一步與附件有關。200407247 (1) Description of the invention: [Technical field to which the invention belongs] The present invention relates to a spray bottle, and more specifically, it relates to a spray bottle used for spraying a gas such as oxygen. The present invention is further related to accessories for spray bottles.
L· Jttr J 發明背景 世界上所有的人都知道需要減少，並且有一天希望L. Jttr J Background of the Invention Everyone in the world knows the need to reduce, and one day hopes
品質。 的空氣態樣也被認為係有利 經常感覺疲累、不舒服或是緊 在啤吸高氧氣含量的 的。此種空氣可能對_經 20 張的人有益。 以使其容易被攜帶、 式來包裝。 為了達到功效，任何個人使用的氧氣供給，都需要 容易使用且係較佳地更經濟的 5 例407247 本發明試圖提供一個人使用的可以灑佈例如氧氣 之氣體的灑佈瓶。 明内溶1】 摘要 5 依據本發明的一個態樣，其提供一包括有一調節 器、一閥與一氣體容器之灑佈瓶，該調節器具有一按 鈕釋放活塞，其係被架構以使得使用者可以在該按紐 被推壓時由灑佈瓶放出一氣流’而其中該閥是永久地 與該氣體容器相連接。 10 一依據本發明的另一個態樣，其提供一用於對使用者 灑佈-氣體的灑佈瓶，該灑佈瓶包括有一調節器… 閥”氣體谷為，該調節器具有一按紐釋放活塞，其 係被架構成當該灑佈瓶被使用者之手握持的時候，該 按鈕釋放活塞可被該手的手指或拇指所推壓以由灑佈 15 瓶放出一氣流。 依據發本明的又—能；1:¾，甘w 心樣其楗供一用於對使用者灑 佈-氣體的灑佈瓶’該灑佈瓶包括有一調節器、一闕 氣體谷器，该調節器具有—按鈕釋放活塞，其係 被架構成使得使用者人可以藉著施加手指壓力以釋放 20 活塞而由灑佈弃瓦放屮_名、ώ 肌狡出軋流，且其中該灑佈瓶更進一 步包括有一包含—霧給& u ,, 覆、，彖的封口件，其係被架構成實質 上覆蓋住使用者的魯；访？办 们冗子與噶巴，因此在使用的時候覆 緣可以相對壓住使用者的面部以減少氣體的不經意的 流失至大氣中。 6 200407247 〇σ較佳地，該調節器包含一調節器本體與一閥銷致動 :°亥凋即态本體包含一氣流路徑和一排出口。該閥 、’肖致動和杈鈕釋放活塞係被設置在在該調節器本體 内χ在w亥按鈕釋放活塞係位於開啟之位置中的時候 5 允許氣流過該排出口。 在封方法係較佳地提供在該調節器中，以避免氣體 的不經意的洩漏。 该閥係較佳地包含有一具有-延伸通過其中之開 10 15 20 口的闊體，該開口具有一下端與一上端。該開口係被 形成可收納該閥的各種不同元件以及一部分的調節哭 之形狀。肖閱更進一步包含一闊銷、偏壓構件與一頂 部套筒。該閥銷與該偏壓構件係被設置於該開口的一 部份内’a其係被架構以使得該閥銷係可在依上端盘 下端位置之間滑動。 該套筒係被架構成與在該閥體中之開口的上端相 連接。當該套筒被固定在該開σ中時，該^肖係位在 该上端位置。該套筒包含一氣流路經，且係被架構成 使得其在附接於該間體時，一部份的該間銷與一密封 構件係相連接，而該㈣構件係心阻止氣體通過套 筒之氣流路徑。該密封構件典型地係冑〇形環。 該闊係被架構成與該氣體容^目連接。^構件可 被提供以確保在間和氣體容器之間的密封性。該密封quality. The state of the air is also considered to be beneficial. It often feels tired, uncomfortable, or tightly absorbed by beer with high oxygen content. This kind of air may be good for 20 people. So that it can be easily carried and packed. In order to achieve efficacy, any personal use of oxygen supply needs to be easy to use and preferably more economical. Example 407247 The present invention attempts to provide a spray bottle for one person who can spray a gas such as oxygen. Ming Nai 1] Abstract 5 According to one aspect of the present invention, a spray bottle including a regulator, a valve, and a gas container is provided. The regulator has a button release piston, which is structured so that a user An airflow can be released from the spray bottle when the button is pushed, and wherein the valve is permanently connected to the gas container. 10 According to another aspect of the present invention, a spray bottle for spraying gas to a user is provided. The spray bottle includes a regulator ... The valve is a gas valley, and the regulator has a button release. The piston is composed of a frame. When the spray bottle is held by the user's hand, the button release piston can be pushed by the finger or thumb of the hand to release an air stream from the 15 spray bottles. Ming again-energy; 1: ¾, like a heart for a sprinkler bottle for spraying the user with gas-the sprinkler bottle includes a regulator, a gas valleyr, the regulator Has a-button release piston, which is constructed by a frame so that users can release 20 pistons by applying finger pressure to release the roof tiles, and the muscles can be rolled out, and the sprinkler bottle is more It further includes a sealing part containing -fog & u ,, cover, and 彖, which is framed to form a cover that substantially covers the user; visit the office staff and Karba, so cover when using The edge can be relatively pressed against the user's face to reduce the inadvertent gas 6 200407247 〇σ Preferably, the regulator includes a regulator body and a valve pin to actuate: ° The body of instantaneous state includes an air flow path and a discharge port. The valve, '肖 Actuated The button release piston system is provided in the body of the regulator when the button release piston system is in the open position 5 to allow air flow through the discharge port. The sealing method is preferably provided in the regulator. To avoid inadvertent leakage of gas. The valve system preferably includes a wide body having an opening extending through 10 15 20 openings, the opening having a lower end and an upper end. The opening is formed to accommodate the The various components of the valve and the shape of a part of the regulator. Xiao Yue further includes a wide pin, a biasing member and a top sleeve. The valve pin and the biasing member are arranged in a part of the opening. 'a It is structured so that the valve pin can be slid between the lower end position of the upper end plate. The sleeve system is constituted to be connected with the upper end of the opening in the valve body. When the sleeve is fixed at In the opening σ, the ^ Xiao is located at the upper end position. The sleeve contains an air flow path and is constructed by a quilt so that when it is attached to the body, a part of the pin is connected to a sealing member system, and The core member prevents the gas from passing through the airflow path of the sleeve. The sealing member is typically a 胄 -shaped ring. The quilt frame constitutes a connection with the gas container. The member may be provided to ensure interspace and gas Sealability between containers. The seal
構件可以包含一較佳地垃P 仫地附接至“體容器的嵌塊。該 7 200407247 嵌塊可以由例如鐵氟龍或任何其他的適當之氧氣相容 材料之材質製成。 較佳地’當該調節器附接至該閥的時候，閥銷致動 裔會與該閥銷喷合以相對於在閥中之該偏壓構件的作 5用移動閥銷。該閥銷因此會移動至該下端位置内。當 该闕銷位在下端位置時，在該套筒中的氣流路徑是開 放的以使得氣體可以向上流經該開口，並通過該套筒 的氣流路徑。該氣體然後可以流入在調節器中的氣流 路徑。當按鈕釋放活塞係位在開啟位置中時，氣體可 10 以經過出口流出。 偏壓構間係較佳地被提供在調節器中以設置該閥 銷致動器，因而其係與該闊銷嚙合並且在該調節器附 接至該閥的時候無持即等之嚙合。 該按鈕釋放的活塞和該閥銷致動器係較佳地每個 15都具有一以實質上彼此成90。之安裝的長軸。此種架 構使得丨麗佈瓶可以單手操作。 在本發明的一較佳具體例中，該調節器係被架構成 以螺線與該閥結合，且該閥係被架構成以螺線與該氣 體容器結合。 20 在該調節器中的氣流路徑係較佳地實質上平行於 該閥銷致動器的長軸延伸。 該灑佈瓶係較佳地被架構成可灑佈富含有氧氣之 空氣（OEA)以及其他形式的人類可耗用的氧氣混合 氣體。該灑佈瓶也可以包含有香料和氣味。較佳地， 綠氣體容器係為一高 佳地被提供，以在氣體容…干係較 礼體谷裔壓力到達一預定壓力的昉 候釋放該壓力。該壓力釋放播 寸 刀釋放構件可以包含一爆破隔骐。 該灑佈瓶可以更進一步地包含一架構以與調節琴 相連的封口件。該封口件係較佳地包含一覆緣μ 使用時可以緊密接合使用者的鼻子與嘴巴，以… 氧氣從該濃佈瓶灑佈時不經意的損失。該覆緣係較二 地可在-密閉位置與—使用中位置之間移動。在密閉 ίο 位置令，該覆緣係、較佳地密封於該調節器頂部之上， 而在使用中位置時其係位在突出於該調節器頂部的位 置上。 該覆緣係較佳地被設置成可以在使用中與關閉位 置之間樞轉。 該封口件可以進一纟包含一用於覆蓋該調節器的 15 一外蓋與一用於覆蓋該閥的外蓋。 該封口件係較佳地以一塑膠材料製成，並係被設計 成可被使用者重複使用。 麗式簡要說明 本發明的具體例現在將參照隨附的圖式，僅係以例 20 示的方式來加以描述，其中： 第1圖是本發明的具體例灑佈瓶和封口件的組裝 圖； 第2圖疋在第1圖中所顯示的該灑佈瓶的已組 裝之調節器的剖視圖； 9 200407247 ^第3圖疋沿著在第2圖中所顯示的線段χ之 調節器本體的剖視圖； 第 第 5 側視圖； 第( 第： 圖；且 4圖是在第1圖中所顯示的閥體之跨視圖； 5圖是在冑ί目中所顯示的按鈕釋放活塞的 回疋在第1圖中所顯示的套筒的剖視圖； 7圖是在第1圖中所顯示的氣體容器之剖視 第8到1 la圖分別地例示該套筒、第一墊圈、爆 10 破隔膜和該隔膜她# 4 ππ ' — ㈣胰總成的弟一墊圈之平面圖與側視圖。 第 圖疋依據本發明的具體例之灑佈瓶和一 與其附接之封口件的正視圖。 【實旌·方式】 較佳具體例的 15 第1圖例示說明一灑佈瓶10的組裝圖，其包括 一調節器12、一閥14和一個氣體容器16的組合 圖。該較佳具體例的氣體容器16係為一高壓氣體容 器，其係被設計成具有215巴（316〇 psi)的總操作壓 力°亥氣體谷為16係在該圖式中被顯示成”瓶,，的形 20式。然而，可以了解其亦設想了其它的形狀的容器。 第1圖也例示說明一封口件1〇〇，其包含一覆緣 102和一調節器蓋1〇4。第丄圖進一步例示說一閥蓋 106°该封口件100與閥蓋1〇6的特點將在之後被更 洋細地描述。 10 ，外U7247 第2圖更詳細地例示說明該被組裝的調節器 12。如在此圖式中所顯示的，該調節H 12包含—具 有—垂直孔20的調節器本體18，而—閱銷致動器a $ 彈簧24係被安裝在其中。該閥銷致動器22係 稭著一扣環25而相對於彈簧24握持於孔2〇中。 該調節器本冑18 &包含有一實質上水平地延伸 的末端開放孔26 ’其中-按鈕釋放活塞28係被安置 、七、@動 按鈕28b係被安裝在按鈕釋放活塞28 操作端上。 10 15 20 該調節器本體12更進一步包含實質上垂直地延 伸的一氣流路徑30與一排出口 32。 汶氣机路徑30具有一開放至該末端開放孔26 之内的上端3〇a。該排出口 32有一個下端32a ，其 係開放至開孔26 Μ。一實質上水平地延伸之通氣口 33係開放在調節器本體18内的垂直孔20的一端中 (參妝第3圖）。第4圖例示說明該閥14的閥體 34。該閥體34具有一係實質上垂直地在該處延伸之 開口 36，其係形成用以接收閥14以及一部分的調節 杰12之各種不同元件的形狀。_ 14的元件係被收 内在開口的36裡，其包含一閥銷38、一彈簧4〇、〇 $ % 42和一套筒44 (參照第1圖）。彈簧40係被 安裝在開口 36的下部36d以使其被安置在橫擔36c 上忒閥銷38係位在開口 36的下部36d以使其被 置在彈κ 40的頂端，而該〇形環42係被安置在 11 閥銷38的頂端上。該閥銷38因此可在一上端和一 下端位置之間移動。該閥銷的運動將在之後被更詳細 地描述。 該套筒44係被架構成以螺紋連接至在閥體34 中的-開口 36的中央部分36a。當該套筒44被旋緊 至開口 36之中央部分36a内而調節器12未被附接 的時候，該閥銷38係在彈簧4〇的作用下位於上部 位置中。 該套筒包含一位在中心之氣流路徑46且其係被 10架構成可以使得當套筒44附接至該閥體34時，部 分的閥銷38和該〇形環42係用來藉由套筒44密 封該氣流路徑46。這避免了氣體從氣體容器16洩漏 並經過閥14排出。 15 20 該閥體34的下端也具有螺紋以使得閥體14可 以連接至氣體容器16的開口 16a。一可以為一鐵氟龍 或是其他氧氣相容材料形式之附接至該氣體容器16 的嵌塊之密封47，係被提供以確保氣體容器16和閥 14之間的連接的完整性。一旦閥體34係被旋進一氣 體谷裔16的開口 i6a内，閥體會被其阻礙以將閥體 34永久地附接至氣體容器16。 該調節器12係被架構成藉著一螺紋而附接到一 形成在閥體34中之開口 36的具有螺紋線之上端部 分36b。當该調節器12被固定至閥14的時候，閩 銷致動器22的下端22a係相對於該閥銷38的上蠕 12 200407247 38a，以相對於彈簧4〇的偏壓作用壓下該閥銷％。當 該閥銷38因此移動到其之下端位置的時候，在〇形 % 42和銷38之間的密封會被打破。包含在氣體容 器16裡面的氣體因而被釋放在閥銷38的周圍通過 5在套筒44的氣流路徑46而向上流過開口 36。該氣 體然後可以向上流經過形成於調節器12中的氣流路 徑30。 该闊體34也包含一開放至該開口 36之内的孔 8〇。孔80係被架構以收容一爆破隔膜總成82。該爆 1〇破隔膜總成82包含一第一墊圈84、一爆破隔膜86、 一第二墊圈85以及一外部具有螺紋的套筒別。該爆 破隔膜86係由一會在預定的壓力下損壞的材料製 成。該爆破隔膜86係典型地為金屬組成物製成，在 這個具體例中其係被架構成在該氣體容器16裡的壓 15力超過272巴（4000 psi)的時候會損壞。當該爆破隔 膜86損壞的時候，氣體會經過該損壞的爆破隔膜總 成82而釋放，藉以在不管閥銷38是否仍在位置上， 釋放在氣體容器16中壓力。 當使用者需要吸收來自氣體容器16内之氣體的 20時候，該按鈕釋放活塞28係被向内相對彈簧29的 偏壓作用來推壓。帛2圖顯示在關閉位置之該按㈣ 放活塞28。要瞭解的是，在這個關閉位置中，該贫封 對50a，50b會避免氣體經過排出口 32逸出。卷2 a 田δ亥按 鈕釋放活基28係位在完全開啟的位置中，# τ 在氧流 13 200407247 路徑36裡的氣體係可以通過按鈕釋放活塞28的本 體28a周圍，通過排出口 32向上排出（參照第5 圖）。始、封50b與密封52會在該按鈕釋放活塞28位 在開啟位置的時候，阻止氣體由末端開放孔26向上 5 逸出。 為了避免氣流由該排出口 32逸出，該使用者自按 鈕釋放活塞28移除向内的壓力，因而該按鈕釋放活 塞28會彈簧29的偏壓作用下回到其之關閉位置。 依據本發明的一具體例，該氣體容器在完全操作壓 1〇力下具有606巴（8800 psi)的爆破壓力，〇 95公升 的一容水量和與20·43公升的操作容量。該調節器12 係被架構成以在每分鐘2公升的設定速率來釋放氣 體。在此一較佳具體例中，該調節器12係被架構成 阻止該氣流或是以設定的速率來釋放該氣體。一旦使 15用者停止按壓按鈕28b，氣體釋放將會停止。 承前述，該調節器12顯然可以被輕易地從閥體 14移除，以使得氣體容器16能夠被重新注滿。為了 要再將氣體容器16注滿，該調節器12係從其與該 閥14螺合的結合中旋出。當該調節器12從該閥14 2〇分離的時候，該閥銷38會在彈簧40的偏壓作用下 回到其之上端位置。在這個位置，該閥銷38的上端部 分、Ο形環42和套筒44會提供一密封，以阻止氣 體流出或流入氣體容器丨6内。 14 200407247The component may include an insert that is preferably attached to the "body container." The 200407247 insert may be made of a material such as Teflon or any other suitable oxygen-compatible material. Preferably 'When the regulator is attached to the valve, the valve pin actuator will spray with the valve pin to move the valve pin relative to the function of the biasing member in the valve. The valve pin will therefore move Into the lower end position. When the pin is in the lower end position, the airflow path in the sleeve is open so that gas can flow upward through the opening and through the airflow path of the sleeve. The gas can then Air flow path into the regulator. When the push-button release piston is in the open position, gas can flow out through the outlet. A biasing mechanism is preferably provided in the regulator to set the valve pin for actuation Device, so that it engages with the wide pin and engages without hold when the adjuster is attached to the valve. The piston that the button releases and the valve pin actuator preferably each have 15 One with a length of substantially 90. each other The shaft. This kind of structure makes the bottle can be operated with one hand. In a preferred embodiment of the present invention, the regulator is framed with a screw to combine with the valve, and the valve is framed with a screw. A line is combined with the gas container. 20 The air flow path in the regulator preferably extends substantially parallel to the long axis of the valve pin actuator. The spray bottle system is preferably framed to form a sprinkler cloth. Oxygen-containing air (OEA) and other forms of human-consumable oxygen mixed gas. The spray bottle may also contain fragrance and odor. Preferably, the green gas container is provided as a high-quality The gas capacity is released when the pressure of the ritual body reaches a predetermined pressure. The pressure release blade release member may include a burst barrier. The spray bottle may further include a structure to communicate with Adjust the sealing piece connected to the piano. The sealing piece preferably includes a covering edge μ which can tightly engage the user's nose and mouth when in use to inadvertently lose oxygen when spraying from the thick cloth bottle. The covering edge system More places are available at- Move between the closed position and the in-use position. In the closed position, the cover is preferably sealed above the top of the regulator, and when in use, it is positioned to protrude from the top of the regulator. The cover is preferably configured to be pivotable between in-use and closed positions. The closure can further include a cover for covering the adjuster, an outer cover and a cover for covering. The outer cover of the valve. The seal is preferably made of a plastic material and is designed to be reusable by the user. A beautiful example of the invention will now be described with reference to the accompanying drawings, It is described only in the manner shown in Example 20, in which: FIG. 1 is an assembly view of a specific example spray bottle and sealing member of the present invention; FIG. 2 疋 the spray bottle shown in FIG. Sectional view of the assembled regulator; 9 200407247 ^ Figure 3 疋 Sectional view of the regulator body along line segment χ shown in Figure 2; Figure 5 side view; Figure (Figure: Figure; and Figure 4 is Cross-sectional view of the valve body shown in Figure 1; Figure 5 Sectional view of the sleeve of the button release piston shown in Fig. 1 is shown in Fig. 1; Fig. 7 is a sectional view of the gas container shown in Fig. 8 to 1a, respectively It exemplifies the plan view and side view of the sleeve, the first gasket, the 10-ruptured diaphragm, and the diaphragm. She is a younger one of the pancreas assembly. Figure 疋 is a front view of a spray bottle and a sealing member attached thereto according to a specific example of the present invention. [Actual Mode · Method] 15 The first specific example 15 illustrates the assembly drawing of a spray bottle 10, which includes a combination view of a regulator 12, a valve 14 and a gas container 16. The gas container 16 of this preferred embodiment is a high-pressure gas container, which is designed to have a total operating pressure of 215 bar (3160 psi). The gas valley of 16 is shown in the drawing as a "bottle" The shape of the shape is 20. However, it can be understood that other shapes of containers are also envisaged. Figure 1 also illustrates a mouthpiece 100, which includes a covering edge 102 and a regulator cover 104. The figure further illustrates a valve cover 106 °. The characteristics of the seal 100 and the valve cover 106 will be described in more detail later. 10, outer U7247. Figure 2 illustrates the assembled regulator in more detail. 12. As shown in this figure, the adjustment H 12 includes—a regulator body 18 having—a vertical hole 20, and—a pin actuator a $ spring 24 is installed therein. The valve pin is caused by The actuator 22 is held in the hole 20 with respect to the spring 24 by a buckle 25. The adjuster 18 & includes an end opening 26 which extends substantially horizontally, wherein the button release piston 28 The system is installed, and the @ 动 开关 28b is installed on the operating end of the button release piston 28. 10 15 20 The regulator body 12 further includes an airflow path 30 and a discharge port 32 that extend substantially vertically. The ventilator path 30 has an upper end 30a that opens into the end opening 26. The discharge port 32 has a lower end 32a, which is open to an opening 26M. A substantially horizontally extending vent 33 is open in one end of the vertical hole 20 in the regulator body 18 (see Figure 3 of makeup). 4 The figure illustrates the valve body 34 of the valve 14. The valve body 34 has a series of openings 36 extending substantially vertically therefrom, which are shaped to receive various components of the valve 14 and a portion of the regulator 12 The component of _ 14 is received in the opening 36, which includes a valve pin 38, a spring 40, 0% 42 and a sleeve 44 (refer to Figure 1). The spring 40 is installed in the opening 36 The lower part 36d is placed on the cross arm 36c. The valve pin 38 is located on the lower part 36d of the opening 36 so that it is placed on the top of the spring κ 40. The O-ring 42 is placed on the 11 valve pin. 38. The valve pin 38 is therefore movable between an upper and lower end position. The movement of the pin will be described in more detail later. The sleeve 44 is framed to be threaded to the central portion 36a of the opening 36 in the valve body 34. When the sleeve 44 is screwed to the opening 36 When the regulator 12 is not attached in the central portion 36a, the valve pin 38 is in the upper position under the action of the spring 40. The sleeve contains a central airflow path 46 and it is held by 10 racks The configuration may be such that when the sleeve 44 is attached to the valve body 34, a portion of the valve pin 38 and the O-ring 42 are used to seal the airflow path 46 by the sleeve 44. This prevents gas from leaking from the gas container 16 and being discharged through the valve 14. 15 20 The lower end of the valve body 34 is also threaded so that the valve body 14 can be connected to the opening 16 a of the gas container 16. A seal 47, which may be in the form of a Teflon or other oxygen compatible material, attached to the gas container 16 is provided to ensure the integrity of the connection between the gas container 16 and the valve 14. Once the valve body 34 is screwed into the opening i6a of a gas valley 16, the valve body is obstructed by it to permanently attach the valve body 34 to the gas container 16. The regulator 12 is framed to have a threaded upper end portion 36b attached to an opening 36 formed in the valve body 34 by a thread. When the regulator 12 is fixed to the valve 14, the lower end 22a of the Fujian pin actuator 22 is relative to the upper creep 12 of the valve pin 38 200407247 38a, and the valve is depressed by a biasing force relative to the spring 40. pin%. When the valve pin 38 is thus moved to its lower end position, the seal between the O-shaped% 42 and the pin 38 is broken. The gas contained in the gas container 16 is thus released around the valve pin 38 through the opening 36 through the air flow path 46 in the sleeve 44. The gas can then flow upward through the air flow path 30 formed in the regulator 12. The wide body 34 also includes a hole 80 that opens into the opening 36. The hole 80 is structured to receive a blasting diaphragm assembly 82. The bursting rupture diaphragm assembly 82 includes a first washer 84, a bursting diaphragm 86, a second washer 85, and a sleeve with an external thread. The rupture diaphragm 86 is made of a material which can be damaged under a predetermined pressure. The rupture diaphragm 86 is typically made of a metal composition. In this specific example, the rupture diaphragm 86 is damaged when the pressure 15 formed by the gas container 16 exceeds 272 bar (4000 psi). When the burst diaphragm 86 is damaged, the gas is released through the damaged burst diaphragm assembly 82, thereby releasing the pressure in the gas container 16 regardless of whether the valve pin 38 is still in position. When the user needs to absorb the gas 20 from the gas container 16, the button release piston 28 is pushed by the biasing effect of the spring 29 inwardly. Figure 2 shows the pusher 28 in the closed position. It is understood that in this closed position, the lean seal pair 50a, 50b will prevent gas from escaping through the discharge port 32. Volume 2 a Tian δ button release living base 28 series is in the fully open position, # τ The gas system in path of oxygen 13 200407247 36 can be released around the body 28a of the piston 28 by the button, and discharged upward through the discharge port 32 (Refer to Figure 5). The start, seal 50b and seal 52 will prevent the gas from escaping from the open end hole 26 upward when the button release piston 28 is in the open position. To prevent airflow from escaping from the discharge port 32, the user removes the inward pressure from the button release piston 28, so the button release piston 28 will return to its closed position under the bias of the spring 29. According to a specific example of the present invention, the gas container has a burst pressure of 606 bar (8800 psi) at a full operating pressure of 10, a water capacity of 0.95 liters, and an operating capacity of 20.43 liters. The regulator 12 is constructed to release gas at a set rate of 2 liters per minute. In this preferred embodiment, the regulator 12 is constructed to block the air flow or release the gas at a set rate. Once the 15 user stops pressing the button 28b, the gas release will stop. In view of the foregoing, the regulator 12 can obviously be easily removed from the valve body 14 so that the gas container 16 can be refilled. To fill the gas container 16 again, the regulator 12 is unscrewed from its screwed engagement with the valve 14. When the regulator 12 is separated from the valve 1420, the valve pin 38 will return to its upper end position under the bias of the spring 40. In this position, the upper end portion of the valve pin 38, the O-ring 42 and the sleeve 44 will provide a seal to prevent gas from flowing out or into the gas container. 14 200407247
後可以被重新連接到閥14。 14。 因此要瞭解的是，該氣 10體容器16可以在需要時被使用者再次充填。或者 之填滿氣體的容 ’使用者的調節 使用者可以具有許多附接有閥14之 為，因而，在需要一新的氣體容器時， 器12可以被簡單地附接在一完整的氣體容器i 6中。 第12圖例示說明一依據本發明的具體例之具有 1〇。該封口件loo 一封口件100的灑佈瓶 位在關閉位置中。如第12圖所顯示的，封口件1〇〇的 調節器蓋104係用於覆蓋該調節器12的元件。同樣 地，該闊蓋106係用來覆蓋該閥14的元件。該調節 器蓋104和閥蓋106會避免泥土、灰塵、或其他與 20調節器12或閥14接觸的污染物。 該覆緣102係與該調節器蓋1〇4樞接，以使其可 在一關閉位置和一使用位置之間移動。或者，該覆緣 1〇2可架構成可滑動。該關閉位置係被顯示在第I]圖 中。在使用位置中，該覆緣102係突出位於該調節器 15 12的上部，且其係被架構成配合使用者的鼻子與嘴 巴’並因而避免氧氣在由調節器12的排出口 32灑 佈時不經意地損失。 忒封口件1〇〇的和閥蓋1〇6元件係較佳地由塑 5膠材料、橡皮材料或任何其他適當的材料製成。該閥 蓋106係被架構成與該氣體容器16連接，同時該覆 緣102和調節器蓋104 (也就是封口件1〇〇)係被設 置成可按扣在調節器12上。該覆緣102、調節器蓋 104與調節器12係較佳地被架構成可被輕易地移 10除，以允許重新充填或更換氣體容器16。可以瞭解的 是，該閥14總是被保持在氣體容器16上，而在進 行重新充填作業之前，應該要檢查閥14和氣體容器 16的狀態。 該封口件1〇〇和閥蓋1〇6係另外用於改良該灑 15 佈瓶10的美觀。 所描述的具體例提供一容易使用的灑佈瓶，因為氣 體的釋放係藉著簡單地向内推動按鈕釋放活塞來達 成。在使用者移除向内壓力時’來自氣體容器16的 氣流係被避免。該灑佈瓶可以由使用者的拇指或食指 20 來操作，同時以同一隻手握持到該面部。因此，本^ 明提供一激佈瓶’其可被使用者的—隻手來操作與表 持0 12·該灑佈瓶10係較佳地具有— ^ 疋尺寸，以使其 可被使用者輕易地攜帶。該灑佈瓶的元件之可再利用 16 200407247 的性貝’為整個產品提供成本的有效利用。也需要瞭 解的是’因為調節器12和封口件1〇〇可以被使用者 保留以供個人使用，使用者可以只是用一新的氣體容 器與閥組合更換一空的氣體容器與閥組合，並接著連 5接他們自己的封口件100和調節器12。可以瞭解的 是，該灑佈瓶10並不一定要包含該封口件1〇〇或閥 蓋 106。 本發明的具體例已經僅以例示方式加以描述，其亦 設想的屬於本發明的精神與範圍之修改方式。 10 【圖式^簡明】 第1圖是本發明的具體例灑佈瓶和封口件的組裝 圖； 圖中所顯示的該灑佈瓶的已組 第2圖是在第1 裝之調節器的剖視圖； 15 第3圖是沿著在第2圖中所顯示的線段 調節器本體的剖視圖； 之 第4 第5 圖是在第 圖是在第 側視圖； 1圖中所顯示的閥體之跨視圖； 1圖中所顯示的按鈕釋放活塞的 20 闽r所顯不的套筒的剖視圖 圖中所顯示的氣體容器之杳 第6圖是在第1 第7圖是在第i 圖；且 第8到Ua圖分別地例示該 1 一 4弟—墊圈、爆 破隔膜和該隔臈總成的第二塾之 您十面圖與側視圖。 17 200407247 第12圖是一依據本發明的具體例之灑佈瓶和一 與其附接之封口件的正視圖。 【圖式之主要元件代表符號表】 10 灑佈瓶 33 通氣口 12 調節器 34 閥體 14 閥 36 開口 16 氣體容器 36a 中央部分 16a 開口 36c 橫擋 18 調節器本體 36d 開口下部 20 垂直孔 38 闊銷 22 閥銷致動器 38a 閥銷上端 22a 下端 40 彈簧 24 彈簧 42 0形環 25 扣環 44 套筒 26 末端開放孔 46 氣流路徑 28 按鈕釋放活塞 47 密封 28a 活塞本體 50a，50b 密封對 28b 按姜丑 52 密封 29 彈簧 80 孔 30 氣流路徑 82 爆破隔膜總成 30a 上端 84 第一墊圈 32 排出口 86 爆破隔膜 32a 下端 85 第二墊圈 18 200407247 88 具有螺紋套筒 104 調節器蓋 100 封口件 106 閥蓋 102 覆緣It can then be reconnected to the valve 14. 14. It is therefore understood that the gas container 16 can be refilled by the user when needed. Alternatively, the filling capacity of the gas can be adjusted by the user. The user can have many valves 14 attached, so that when a new gas container is needed, the container 12 can be simply attached to a complete gas container. i 6 in. Fig. 12 illustrates a specific example according to the present invention having 10; The sealer loo has a sprinkler bottle with a mouthpiece 100 in the closed position. As shown in FIG. 12, the regulator cover 104 of the seal 100 is used to cover the elements of the regulator 12. Similarly, the wide cover 106 is used to cover the elements of the valve 14. The regulator cover 104 and the valve cover 106 prevent dirt, dust, or other contaminants from coming into contact with the regulator 12 or the valve 14. The cover edge 102 is pivotally connected to the regulator cover 104 so that it can be moved between a closed position and a use position. Alternatively, the covering edge 102 can be formed to be slidable. This closed position is shown in Figure I]. In the use position, the covering edge 102 protrudes from the upper portion of the regulator 15 12, and the frame is configured to fit the user's nose and mouth 'and thus prevents oxygen from being sprayed by the outlet 32 of the regulator 12 Inadvertently lost. The sealing member 100 and the valve cover 106 are preferably made of plastic material, rubber material or any other suitable material. The valve cover 106 is connected to the gas container 16 by a frame, and the cover 102 and the regulator cover 104 (i.e., the sealing member 100) are arranged to be snapped on the regulator 12. The covering edge 102, the regulator cover 104 and the regulator 12 are preferably framed and can be easily removed to allow the gas container 16 to be refilled or replaced. It can be understood that the valve 14 is always held on the gas container 16, and the state of the valve 14 and the gas container 16 should be checked before the refilling operation is performed. The sealing member 100 and the valve cap 106 are used to improve the appearance of the spray bottle 10. The described example provides an easy-to-use spray bottle because the release of the gas is achieved by simply pushing the button inward to release the piston. When the user removes the inward pressure, the air flow from the gas container 16 is avoided. The spray bottle can be operated by the thumb or forefinger 20 of the user while holding the face with the same hand. Therefore, the present invention provides a radical cloth bottle which can be operated and held by the user with only one hand. The spray bottle 10 is preferably provided with a size of ^ 疋 so that it can be used by the user. Carry easily. The reusability of the components of this spray bottle 16 200407247's sex shell 'provides cost effective use of the entire product. It is also necessary to understand that 'because the regulator 12 and the seal 100 can be retained by the user for personal use, the user can simply replace an empty gas container and valve combination with a new gas container and valve combination, and then The company 5 connects their own seal 100 and regulator 12. It can be understood that the spray bottle 10 does not necessarily include the sealing member 100 or the valve cap 106. The specific examples of the present invention have been described only by way of illustration, and they also envisage modifications that belong to the spirit and scope of the present invention. 10 [Schematic ^ concise] Figure 1 is an assembly diagram of a spray bottle and a sealing member according to a specific example of the present invention; the assembled figure 2 of the spray bottle shown in the figure is the first installed regulator Sectional view; 15 Fig. 3 is a cross-sectional view of the regulator body along the line shown in Fig. 2; Fig. 4 is a side view of Fig. 5 and Fig. 1 is a side view of the valve body; View; sectional view of the sleeve shown by 20 min r of the button release piston shown in Fig. 1 of the gas container shown in Fig. 6 is in Fig. 1 and Fig. 7 is in Fig. I; Figures 8 to Ua respectively illustrate your ten-side view and side view of the 1-to-4 brother—gasket, bursting diaphragm, and the second diaphragm assembly. 17 200407247 Fig. 12 is a front view of a spray bottle and a sealing member attached thereto according to a specific example of the present invention. [Representative symbols for the main components of the figure] 10 Sprinkler bottle 33 Vent port 12 Regulator 34 Valve body 14 Valve 36 Opening 16 Gas container 36a Central part 16a Opening 36c Transverse 18 Adjuster body 36d Opening lower part 20 Vertical hole 38 Wide Pin 22 Valve pin actuator 38a Valve pin upper end 22a Lower end 40 Spring 24 Spring 42 0-ring 25 Retaining ring 44 Sleeve 26 Open end at the end 46 Air path 28 Button release piston 47 Seal 28a Piston body 50a, 50b Seal pair 28b Press Jiang U 52 Seal 29 Spring 80 Hole 30 Air flow path 82 Burst diaphragm assembly 30a Upper end 84 First washer 32 Discharge port 86 Burst diaphragm 32a Lower end 85 Second washer 18 200407247 88 With threaded sleeve 104 Regulator cover 100 Seal 106 Valve Cover 102 Cover
1919