M418688 五、新型說明： 【新型所屬之技術領域】 本案係屬於醫療設備的領域，特別是關於—種 利用減少氣泡碰撞而達到降噪效果的氧氣潮濕瓶社 構。 、’Ή 【先前技術】 一般常見利用一呼吸設備替無法自行呼吸的病 患作強制性通氣之輔助治療，而達到提供適量且穩 定流量之氧氣供給的目的，應用於吸入用氧氣户療 上’由於該種呼吸設備係使用氧氣與空氣之混合氣 體，其係乾燥且低溫的氣體，長時間使用後，％會 造成病患的呼吸道之不適感。為了降低此一現象， 該呼吸設備通常係搭配一潮濕瓶一併使用，該潮、、辱 瓶内係盛裝有一蒸餾水’並將該混合氣體輸入至該 潮濕瓶内，使該混合氣體會於該蒸餾水中混合，押 得經過過濾及適度加濕後的該混合氣體。 因此，請參閱第1圖，係為習知潮濕瓶的結構 示意圖。如圖中所示’該潮濕瓶1係包括一槪身i i、 一上蓋12及一導管13 ’其中該瓶身11係為具有— 開口之容器，且該開口外部係設有一第一螺紋部（圖 中未標號），該上蓋1 2係具有一第二螺紋部（圖中 未標號）’以將該上蓋12螺設於該瓶身11之該開口 上，該上蓋12更具有一入氣管121及一出氣管122, 以將該導管13連接設於該入氣管121之—端且位於 3 M418688 該瓶身11内。據而在該瓶身11内盛裝有一蒸餾水 2，該昆合氣體由該入氣管121輸入該瓶身11後， 因受到該導管13引導後而由管口輸入至該蒸餾水2 中’而在該蒸館水2中產生許多氣泡21，該等氣泡 21於該蒸德水2 _的體積會不斷地膨脹並而於水面 破裂，而達到增加該混合氣體的濕度之目的。 然而，該等氣泡於水中會相互碰撞並結合成較 大的氣泡’其體積較大的氣泡於水面破裂時則會產 生較大的聲響，此種現象如發生在安靜空間時，則 會形成擾人清夢的噪音’甚至影響到病患之修養情 況。因此’市面上係出現許多應用於該潮濕瓶的降 噪構造，係將該導管之另一端與位於該瓶身内部之 一分流盤或是一分流管相連接，使該混合氣體平均 分流至水中各處’其所產生之該等氣泡彼此不會碰 撞結合變大’因而可降低於水面破裂時的噪音。但 是’該分流盤或該分流管需要另外開模設計，且作 為醫療器材，在長時間的使用後也必須進行更換， 故大幅增加了製造及使用的成本。 是故’本創作人有鑑於上述缺失而提供一種結 構簡單且製造成本低廉的氧氣潮濕瓶結構，其係利 用一導管及一管塞，其中該導管上具有複數個開 孔，該等開孔之孔徑及設定間距都是經過設計而 能確保其通氣後在水中所形成的複數個氣泡不會彼 此碰撞結合，而達到降噪之功效。再者，將來也僅 4 需要更換該導管，而大幅降低了使用及製造成本。 【新型内容】 本創作之一目的，旨在提供一種結構簡單且製 造成本低廉的氧氣潮濕瓶結構，俾利用其内部之一 導管的第一開孔之孔徑及設定間距設計，確實減少 氣泡形成後的碰撞結合機率’大幅改善嗓音發生的 機會而達到降噪之功效。 為達上述目的，本創作之氧氣潮濕瓶，供盛裝 消毒過的水’以將一乾燥氧氣加濕後送出，其包括： 一瓶身’其具有一開口及一瓶底，該瓶身係盛裝有 —水位高度Η之水；一上蓋，蓋設於該瓶身之該開 口上’該上蓋之頂面係具有一入氣管、一出氣管及 一女全閥，該入氣管、該出氣管及該安全閥係與該 瓶身内部相連通，其中該入氣管及出氣管分別設置 於該安全閥之二側，該乾燥氧氣係由該入氣管輸 入；一導管’其一端係設於該入氣管且位於該瓶身 内部’該導管之一段受該瓶底之擋止而形成一彎折 部’該彎折部並等距設置有複數個第一開孔，該等 第一開孔之間分別具有一設定間距X，且該等第一 開孔的孔徑γ ;及—管塞，固設於該導管具有該彎 折部之一端’該管塞係由一塞座及一塞蓋所組成’ 該塞座之端部係連接設於該導管上，另一端部係 没有複數個爪鉤供卡設該塞蓋’且該塞蓋上具有至 > 第—開孔而供該乾燥氧氣輸出；該乾燥氧氣受 5 M418688 該管塞之擋止而由該等第—開孔送人水中，形成體 積膨脹率z的複數個氣泡，獲得該等氣泡的最大體 積為υ*ζ*η，且該等第—開孔之該設定間距X大 Y木Z*H 。 ' 據而’利用該乾燥氧氣於水中形成體積膨脹率z 的複數個氣泡，#於水中移動時所產纟的最大體積 為m*H，且X > γ*ζ*Η，故該等氣泡於水中移動時 不會相互接觸結合，使該等氣泡的體積不會增加而 能減少噪音的產生，達到降噪之功效。 本創作之次一目的，旨在提供一種氧氣潮渴瓶 結構，俾利用於一上蓋之一入氣管設置有一控制M418688 V. New description: [New technology field] This case belongs to the field of medical equipment, especially the oxygen wet bottle community that uses noise reduction to achieve noise reduction. , 'Ή 【Prior Art】 It is common to use a respiratory device for the treatment of patients who are unable to breathe by themselves, and to provide an adequate amount of oxygen supply for stable flow, for the purpose of inhaling oxygen therapy. Since the breathing apparatus uses a mixed gas of oxygen and air, it is a dry and low-temperature gas, and after a long period of use, % causes a discomfort of the respiratory tract of the patient. In order to reduce this phenomenon, the breathing apparatus is usually used together with a wet bottle, which contains a distilled water and inputs the mixed gas into the wet bottle, so that the mixed gas will be used in the The mixture was mixed in distilled water, and the mixed gas after filtration and moderate humidification was taken. Therefore, please refer to Figure 1 for a schematic diagram of the structure of a conventional wet bottle. As shown in the figure, the wet bottle 1 includes a body ii, an upper cover 12 and a duct 13', wherein the bottle body 11 is a container having an opening, and the opening is externally provided with a first threaded portion ( The upper cover 12 has a second threaded portion (not labeled) to screw the upper cover 12 to the opening of the bottle body 11. The upper cover 12 further has an air inlet tube 121. And an outlet pipe 122 for connecting the conduit 13 to the end of the air inlet pipe 121 and located in the bottle body 11 of 3 M418688. According to the bottle body 11, a distilled water 2 is contained in the bottle body 11, and the Kunming gas is input into the bottle body 11 by the air inlet pipe 121, and is introduced into the distilled water 2 by the nozzle after being guided by the pipe 13 A plurality of bubbles 21 are generated in the steaming water 2, and the volume of the bubbles 21 in the steaming water 2 _ continually expands and ruptures in the water surface to increase the humidity of the mixed gas. However, the bubbles collide with each other in the water and combine into a larger bubble. The larger the bubble, the larger the sound will be when the water surface breaks. This phenomenon occurs when it occurs in a quiet space. The noise of a person's dreams even affects the patient's cultivation. Therefore, there are many noise reduction structures applied to the wet bottle on the market. The other end of the pipe is connected to a shunt or a shunt inside the bottle body, so that the mixed gas is evenly distributed to the water. The bubbles that are generated in the vicinity of the bubble do not collide with each other and become larger, and thus can reduce the noise when the water surface is broken. However, the shunt plate or the shunt tube requires an additional mold opening design and is used as a medical device, and must be replaced after a long period of use, thereby greatly increasing the cost of manufacturing and use. In view of the above-mentioned deficiencies, the present creator provides an oxygen wet bottle structure which is simple in structure and low in manufacturing cost, and utilizes a conduit and a pipe plug, wherein the pipe has a plurality of openings, and the holes have a plurality of openings Both the aperture and the set pitch are designed to ensure that the plurality of bubbles formed in the water after venting do not collide with each other to achieve noise reduction. Furthermore, in the future, only 4 need to replace the catheter, which greatly reduces the use and manufacturing costs. [New content] One of the purposes of this creation is to provide an oxygen wet bottle structure with a simple structure and low manufacturing cost. The aperture of the first opening of one of the inner conduits and the set spacing are designed to reduce the formation of bubbles. The collision combined probability 'has greatly improved the chance of noise generation to achieve the effect of noise reduction. In order to achieve the above purpose, the present oxygen moisturizing bottle for containing sterilized water is sent out by humidifying a dry oxygen, which comprises: a bottle body having an opening and a bottle bottom, the bottle body is dressed a water having a high water level; an upper cover, which is disposed on the opening of the bottle body. The top surface of the upper cover has an air inlet pipe, an air outlet pipe and a female full valve, the air inlet pipe and the air outlet pipe and The safety valve is connected to the inside of the bottle body, wherein the air inlet pipe and the air outlet pipe are respectively disposed on two sides of the safety valve, and the dry oxygen is input from the air inlet pipe; a conduit 'one end is attached to the air inlet pipe And located inside the bottle body, a section of the pipe is blocked by the bottom of the bottle to form a bent portion, the bent portion is equidistantly disposed with a plurality of first openings, and the first openings are respectively Having a set spacing X, and the aperture γ of the first opening; and the pipe plug is fixed to the conduit having one end of the bending portion, the pipe plug is composed of a plug seat and a plug cover The end of the plug is connected to the catheter, and the other end is not complex. a plurality of claw hooks are provided for the plug cover and the plug cover has a > first opening for the dry oxygen output; the dry oxygen is blocked by the plug of 5 M418688 and is opened by the first The hole is sent to the human water to form a plurality of bubbles having a volume expansion ratio z, and the maximum volume of the bubbles is obtained as υ*ζ*η, and the set spacing X of the first-opening holes is large Y wood Z*H. 'According to' using the dry oxygen to form a plurality of bubbles having a volume expansion ratio z in water, #maximum volume of the crucible when moving in water is m*H, and X > γ*ζ*Η, so the bubbles When moving in water, they do not touch each other, so that the volume of the bubbles does not increase, which can reduce the noise generation and achieve the effect of noise reduction. The second purpose of this creation is to provide an oxygen thirsty bottle structure, which is used in one of the upper cover and has a control
環，而能快速調節乾燥氧氣的輸入量，大幅提昇其 操作時的便利性。 A 本創作之另目的，旨在提供一種氧氣潮濕瓶 結構’俾利用於一上蓋之—安全閥設置有—配重塊 及一外蓋，該配重塊係包覆設於該外蓋内，據而在 壓力超過設定值時進行线氣而達到調整内部壓力的 功效。 【實施方式】 為使貴審查委員能清楚了解本創作之内容，謹 以下列說明搭配圖式，敬請參閱β β 請參閱第2、3、4、5圖，係為本創作較佳實施 例的立體分解圖 '立體外觀圖’及其使用時的狀態 示意圖，以及其管塞的結構示意圖。如圖中所示， 6 本創作之氧氣潮濕瓶3係包括一瓶身31、一上蓋 32、一導管33及一管塞34。 其中該瓶身31係以透明且無毒的塑膠材質而製 成之谷益’其具有_開〇 311、—水位標示312及 一瓶底313,且該開口 311之外部係形成有一第一 螺紋部314,該瓶身31係盛裝有一水位高度η之水， 亦即該瓶底313至該水位標示312之間的距離。 該上蓋3 2係蓋設於該瓶身3丨之該第一螺紋部 314上，以供封閉該開口 311，且該上蓋32之頂面 係具有一入氣管321、一出氣管322及一安全閥 323，該入氣官321、該出氣管322及該安全閥323 係與該瓶身31内部相連通’其中該入氣管321及出 氣管3 2 2分別設置於該安全閥3 2 3之二側，該乾燥 氧氣4係由該入氣管321輪入，而該安全閥323係 設置有一配重塊3231及一外蓋3232,該配重塊3231 係包覆設於該外蓋3232内’當該瓶身31内部的氣 體壓力大於該配重塊3231之重量時，可推動該配重 塊3 2 31而開啟以達到洩壓之功效。再者，該入氣管 3 21上設置有一控制環3 2 4，而能快速調節該乾燥氧 氣4的輸入量。 該導管3 3係以軟性材質而製成之一管狀結構 體，其一端係設於該入氣管321且位於該瓶身31内 部，該導管33另一端之一段因受到該瓶底313之擋 止而形成一彎折部331，該彎折部331上並等距設 M418688 置有複數個第一開孔332，該等第一開孔332之間 分別具有一設定間距χ ’且該等第一開孔332的孔 徑Y。 如第5、6圖所示’該管塞34係由—塞座％丄 及一塞蓋342所組成，該塞座34之一端部係固設於 該導管33具有該彎折部331之—端，另—端部係設 有複數個爪鉤3411供卡設該塞蓋342，且該等爪夠 3411之間亦形成有複數個通氣孔道（圖中未標號）， 且該塞蓋342上具有三個第二開孔3421，是以，本 創作在使用時，該乾燥氧氣係由該第二開孔3421及 該等通氣孔道而輸出至水中，進行氧氣潮濕的程序。 據而，本創作在使用時，係將供盛裝消毒過的 水5，該乾燥氧氣4係由該入氣管321輸入，經過 該導管33之引導後而送入水中，該乾燥氧氣4受該 管塞34之擋止而由該等第一開孔332送入水5中， 並於該水5中形成體積膨脹率z的複數個氣泡6， 該等氣泡6於該水5中移動時所產生的最大體積為 Y*Z*H，且使X > ，故該等氣泡6於該水5中 移動時不會相互接觸結合，該等氣泡6的體積不會 過度增加因而能減少噪音的產生，達到降噪之功效。 綜上’本創作之氧氣潮濕瓶3之結構簡單且製 造成本低廉，俾利用該導管33之該等第一開孔332 之孔徑及設定間距的特殊設計，以及該管塞之該 等第二開孔3421，而確實減少該等氣泡6形成後的 8The ring can quickly adjust the input of dry oxygen, greatly improving the convenience of its operation. A further object of the present invention is to provide an oxygen-moistened bottle structure 'utilized in an upper cover--a safety valve provided with a weight and an outer cover, the weight is wrapped in the outer cover, Therefore, when the pressure exceeds the set value, the line gas is supplied to achieve the effect of adjusting the internal pressure. [Embodiment] In order to make the reviewer clearly understand the content of this creation, please refer to the following description for the matching diagram. Please refer to ββ. Please refer to Figures 2, 3, 4 and 5 for the preferred embodiment of the creation. The three-dimensional exploded view 'stereoscopic view' and its state diagram when used, and its structural schematic diagram of the pipe plug. As shown in the figure, the 6 oxygen moisturizing bottle 3 includes a bottle body 31, an upper cover 32, a duct 33 and a plug 34. The bottle body 31 is made of a transparent and non-toxic plastic material, and has a _ opening 311, a water level indicator 312 and a bottle bottom 313, and the outer portion of the opening 311 is formed with a first thread portion. 314. The bottle body 31 is filled with water having a water level η, that is, a distance between the bottom 313 and the water level indicator 312. The upper cover 32 is disposed on the first threaded portion 314 of the bottle body 3 to close the opening 311, and the top surface of the upper cover 32 has an air inlet pipe 321, an air outlet pipe 322, and a safety The valve 323, the air inlet 321 , the air outlet pipe 322 and the safety valve 323 are in communication with the inside of the bottle body 31. The air inlet pipe 321 and the air outlet pipe 32 2 are respectively disposed on the safety valve 3 2 3 On the side, the dry oxygen 4 is rotated by the air inlet pipe 321, and the safety valve 323 is provided with a weight 3231 and an outer cover 3232. The weight 3231 is covered in the outer cover 3232. When the gas pressure inside the bottle body 31 is greater than the weight of the weight 3231, the weight block 3 2 31 can be pushed to open to achieve the function of pressure relief. Further, the air inlet pipe 3 21 is provided with a control ring 3 2 4, and the input amount of the dry oxygen gas 4 can be quickly adjusted. The duct 33 is made of a soft material and has a tubular structure. One end of the duct 33 is disposed in the air inlet pipe 321 and is located inside the bottle body 31. One end of the other end of the duct 33 is blocked by the bottom 313. The first opening 332 is disposed on the bending portion 331 and equidistantly disposed. The first opening 332 has a set spacing χ ' and the first The aperture Y of the opening 332. As shown in FIGS. 5 and 6, the pipe plug 34 is composed of a plug seat % 丄 and a plug cover 342, and one end of the plug seat 34 is fixed to the duct 33 having the bent portion 331 - The other end portion is provided with a plurality of claw hooks 3411 for engaging the plug cover 342, and a plurality of vent holes (not labeled) are formed between the claws 3411, and the plug cover 342 There are three second openings 3421 in the upper part. Therefore, in the present use, the dry oxygen is output from the second opening 3421 and the vent holes into the water to perform oxygen humidification. Accordingly, the present invention is intended to contain sterilized water 5 which is input from the air inlet pipe 321, and is guided into the water after being guided by the conduit 33, and the dry oxygen gas 4 is received by the pipe. The plug 34 is stopped and fed into the water 5 by the first opening 332, and a plurality of bubbles 6 having a volume expansion ratio z are formed in the water 5, and the bubbles 6 are generated when the water 5 moves. The maximum volume is Y*Z*H, and X >, so that the bubbles 6 do not contact each other when moving in the water 5, and the volume of the bubbles 6 does not increase excessively, thereby reducing noise generation. , to achieve the effect of noise reduction. In summary, the oxygen-moistened bottle 3 of the present invention has a simple structure and a low manufacturing cost, and utilizes the special design of the aperture and the set pitch of the first opening 332 of the conduit 33, and the second opening of the plug. Holes 3421, while actually reducing the formation of the bubbles 6
碰撞結合機率，大幅改善 木g發生 4之功效。再者，該上蓋32之該入 置有該控制環324,可快速調節乾， 而&昇操作時的便利性。 唯以上所述者，僅為本創作之 已，並非用以限定本創作實施之範圍 '瓦身該上盍、該導管或該管塞的形 質等，或是該等第一開孔及該第二開 等轉變，亦皆在本案的範疇之甲；是 術領域中具有通常知識者，或是熟悉 等政或輕易的變化者，在不脫離本創 圍下所作之均等變化與修飾，皆應涵 專利範圍内。 A機會而達到降 L營32〗上係設 :氣氣的輸入里 較佳實施例而 ，其他如：該 狀、尺寸或材 孔的製造方式 故，該所屬技 此技術所作出 作之精神與範 泉於本創作之 M418688 【圖式簡單說明】 第1圖，為習知潮濕瓶的結構示意圖。 第2圖，為本創作較佳實施例的立體分解圖。 第3圖，為本創作較佳實施例的立體外觀圖。 第4圖，為本創作較佳實施例使用時的狀態示意圖。 第5圖，為本創作較佳實施例之管塞的立體分解圖。 第6圖，為本創作較佳實施例之管塞的組合示意圖。 【主要元件符號說明】 【習知】 1 潮濕瓶 11 瓶身 12 上蓋 121 入氣管 122 出氣管 13 導管 2 蒸餾水 21 氣泡 【本創作 ] 3 氧氣潮濕瓶 31 瓶身 311 開口 312 水位標示 313 瓶底 314 第一螺紋部 M418688The probability of collision combined greatly improved the effect of wood g. Furthermore, the upper cover 32 is provided with the control ring 324 for quick adjustment of the dryness and ease of operation. The above is only for the purpose of this creation, and is not intended to limit the scope of the implementation of the creation, the shape of the upper body, the shape of the pipe or the pipe plug, or the first opening and the first The second change, etc., are also in the scope of this case; they are those who have the usual knowledge in the field of surgery, or who are familiar with the political or easy change, and the equal changes and modifications made without this departure should be Within the scope of the patent. A chance to reach the lower limit of L camp 32: the preferred embodiment of the input of gas, and other such as: the shape, size or manufacturing method of the material hole, the spirit of the technology Fan Quan in this creation of M418688 [Simple description of the figure] Figure 1 is a schematic diagram of the structure of a conventional wet bottle. Figure 2 is an exploded perspective view of a preferred embodiment of the present invention. Figure 3 is a perspective view of a preferred embodiment of the present invention. Figure 4 is a schematic view showing the state of the preferred embodiment of the present invention. Figure 5 is an exploded perspective view of the pipe plug of the preferred embodiment of the present invention. Figure 6 is a schematic view showing the combination of the plugs of the preferred embodiment of the present invention. [Main component symbol description] [General] 1 Wet bottle 11 Bottle body 12 Upper cover 121 Air inlet pipe 122 Air outlet pipe 13 Conduit 2 Distilled water 21 Bubble [This creation] 3 Oxygen wet bottle 31 Bottle body 311 Opening 312 Water mark 313 Bottle bottom 314 First threaded part M418688
32 上蓋 321 入氣管 322 出氣管 323 安全閥 324 控制環 3231 配重塊 3232 外蓋 33 導管 331 彎折部 332 第一開孔 34 管塞 341 塞座 3411 爪鉤 342 塞蓋 3421 第二開孔 4 乾燥氧氣 5 水 6 氣泡 Η 水位高度 X 設定間距 Υ 孔徑 Ζ 氣體膨脹率32 Upper cover 321 Inlet pipe 322 Outlet pipe 323 Safety valve 324 Control ring 3231 Counterweight 3232 Cover 33 Pipe 331 Bending 332 First opening 34 Pipe plug 341 Plug seat 3411 Claw hook 342 Plug cover 3421 Second opening 4 Dry oxygen 5 water 6 bubble Η water level height X set spacing Ζ aperture Ζ gas expansion rate