200817624 九、發明說明： 【發明所屬之技術領域】 。本發明主要係揭示一種可確實排出瓦斯氣體之瓦斯容 器，尤指可防止使用液態瓦斯之瓦斯工具者。 【先前技術】 一般常見的噴火搶、喷燈、瓦斯焊槍或打火機…等工 設有填裝瓦斯容室或接用-般市t,h職瓦斯，其容 器^或市售瓦斯罐其瓦斯皆為液態存在，但使用時將該瓦 斯溶液轉換成氣體狀排出，而進行點火。而對氣體點火之 的係因為，氣體的量為可控制量，點火時火勢亦為可控 制丄而使瓦斯可充分與空氣混合*充分峨，達最佳使^ 效率。但紐取是液體進行點火，容綠體直接噴出，此 2火時，將形成—不穩定之火舌1火勢大小無法控制， 目田危險。再者點燃液態瓦斯亦具有燃燒不完全之缺失， 因此極有待加以改良。 、 啕鑑於此 許夕從事瓦斯工具設計之業者，紛紛投入 研發，如何在瓦斯工具使用時，僅汲取氣體瓦斯而不汲取 液體瓦斯。請參照我國專利公告編號第329291號『具吸附 =瓦斯容置槽』，係將PVA聚乙_ (簡a麵⑹ 附棉，而設置於瓦斯罐、瓦斯桶或油罐車之瓦斯容 置才曰中，俾利用該聚乙稀醇提供吸附瓦斯液體之作用。 此缺nf由m吸附液體瓦斯之設計，依然存在著某 -、，彡貞崎_存在村㈣。騎溶液填充入 200817624 PVA發泡棉中，但當使用PVA發泡棉時，pva因發泡後呈固 體狀，吸附瓦斯後其瓦斯仍呈液態型態，在其發泡後的細 孔中，因PVA泡棉為固體，在容器中可塑性低缺失極多。 但，若以 SAP(SUPER ABSORBENT POLYMER)高分子粉粒，因 其吸收率可達100倍之多，可以適當比率充填與瓦斯混 合，即可達充分吸收而呈泥狀。使用時可因瓦斯被吸收在 SAP内，瓦斯因揮發性質而以氣態排出容器，效率提高。 在運輸時，則因瓦斯以非液態存在，大大提高安全性。習 知之發明存在之缺失，確實有加以研發改良之必要。 因此，本發明想排除或至少減輕先前技藝所遭遇的問 題0 【發明内容】 本發明『可確實排出瓦斯氣體之瓦斯容器』所欲解決 之技術_係在於，習知藉由吸__瓦斯健存在有 無法使液n瓦斯氣化之問題。軸部分改善了瓦斯氣化之 功效，但依然有無法充分吸附液體之缺失。 口口本么日月可確實排出瓦斯氣體之瓦斯容器』，該瓦斯 夺器内填充有SAP南分子粉粒或再生紙粉粒之填充物與液 態瓦斯，當該㈣瓦斯與該填充物混合呈泥狀。本發明藉 由填充物與㈣瓦狀材性，可使瓦斯由容器釋放 寺以揮么而排出，而非以液態流體排出容器外。該設計 完全符合安全性財祕，㈣—極難#湘性及 性之設計。 · 200817624 其他目的 描述與相關的二明的新穎特性她^ 【實施方式】 有關本發明所採用之技術 佳實施例並配合圖式詳述如後上=用，:較 申請上並不受此種結構之限制。Q月之用，在專利 立體圖二，為本發明瓦斯容111之立體外觀圖斑 立體刀解圖。該瓦斯容器1包含有-筒身10、一外蓋 _筒身1。之—開口端u。且該外蓋2〇一端為 =21 ’另-端為隱藏於筒相内之接合賴。於接人賴 ，設域組件3〇。該汲氣組侧係包含有—釋氣環 、-釋乳頂件32、-雜體33與_虹吸管％。異於外蓋 20之一端設有一填充組件40(請見圖三）。 ’、、 夸照圖三與圖四’為本發明填充填充物2與瓦斯之示意 圖。當填充填充物2時，需將外蓋2〇與汲氣組件3〇移除，令 填充物2由開注入。本發财所使用之填充物2係為 一種尚分子聚合物之SAP粉粒（Super Abs〇rbent200817624 IX. Description of the invention: [Technical field to which the invention belongs]. SUMMARY OF THE INVENTION The present invention is generally directed to a gas container that can reliably discharge gas, particularly a gas tool that prevents the use of liquid gas. [Prior Art] Commonly used fire-breathing, blowtorch, gas welding torch or lighter...etc. It is equipped with a gas storage chamber or a gas-based gas, a container or a gas canister. It is present in a liquid state, but when it is used, the gas solution is converted into a gas-like discharge to be ignited. The reason for the ignition of the gas is that the amount of gas is a controllable amount, and the fire is also controllable at the time of ignition so that the gas can be sufficiently mixed with the air* to achieve the optimum efficiency. However, the new is the liquid for ignition, and the green body is directly sprayed out. When the fire is 2, it will form an unstable flame. The fire size cannot be controlled, and the field is dangerous. In addition, igniting liquid gas also has a lack of incomplete combustion, so it needs to be improved.啕 In view of this, the company engaged in the design of gas tools has invested in research and development. How to use gas gas instead of liquid gas when using gas tools. Please refer to China Patent Bulletin No. 329291 "With adsorption = gas storage tank", which is to PVA poly _ (simplified a surface (6) with cotton, and set in gas tanks, gas drums or tank cars. In the middle, 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾In foam, when PVA foamed cotton is used, pva is solid after foaming, and its gas is still in a liquid state after adsorption of gas. In the pores after foaming, PVA foam is solid. There is a lot of plasticity loss in the container. However, if SAP (SUPER ABSORBENT POLYMER) polymer powder is used, the absorption rate can be up to 100 times, and it can be mixed with gas in an appropriate ratio to achieve full absorption. It is muddy. When it is used, the gas is absorbed into the SAP. The gas is discharged into the container in a gaseous state due to the volatile matter, and the efficiency is improved. In transportation, the gas is present in a non-liquid state, which greatly improves the safety. The invention is lacking in existence. , indeed, have been researched Therefore, the present invention is intended to eliminate or at least alleviate the problems encountered in the prior art. [Invention] The present invention is directed to the "gas container that can reliably discharge gas gas". __Vasjian has the problem that it can't vaporize the liquid n gas. The shaft part improves the gasification effect of gas, but there is still the lack of sufficient liquid adsorption. The mouth and the mouth can actually discharge the gas container of gas. The gas hopper is filled with a filler of SAP South molecular powder or recycled paper powder and liquid gas, and the (four) gas is mixed with the filler to form a mud. The present invention is made of a filler and a (four) tile. Sexuality allows the gas to be discharged from the container to be discharged by the container instead of being discharged out of the container by liquid fluid. The design is fully in line with the security of the property, (4) - extremely difficult #湘性性性的设计. · 200817624 The novel features associated with the second embodiment of the invention are as follows: [Embodiment] The preferred embodiment of the technology used in the present invention is described in detail in conjunction with the drawings. The limitation of the structure. The use of Q month, in the patent stereo view 2, is a three-dimensional appearance of the gas volume 111 of the present invention. The gas container 1 comprises a cylinder 10 and an outer cover_tube 1. - the open end u. and one end of the outer cover 2 is = 21 'the other end is a joint hidden in the barrel phase. In the case of receiving the connection, the domain component is 3〇. The side of the xenon group includes - The outgassing ring, the breast release top member 32, the miscellaneous body 33 and the _siphon tube %. A filling assembly 40 is provided at one end of the outer cover 20 (see Fig. 3). ',, exaggerate the figure 3 and the figure 4' The schematic diagram of the filling filler 2 and the gas of the present invention. When filling the filling material 2, the outer cover 2〇 and the helium gas component 3〇 are removed, and the filling material 2 is injected from the opening. The filler 2 used in this fortune is a SAP polymer of a molecular polymer (Super Abs〇rbent).
Polymer)。在筒身10之容置空間12内注有SAp粉粒後，再將 汲氣組件難外蓋20接設，*鎖隨開口仙。填充 粉粒後，再填充瓦斯。 、 该填充組件40包含有一填充閥41、一彈性體42與一瓦 斯控制件43。當瓦斯罐3頂掣該填充閥41，使瓦斯液體注入 200817624 該填充閥41内之流道411，由通孔412洩出而流至瓦斯控制 件43之流道431，且由瓦斯控制件43之通孔432排至該筒身 10之容置空間12内。 參照圖五’為本發明容置空間12内之填充物2與瓦斯充 分混合呈泥狀。此時液態瓦斯與容置空間12内之填充物2 充分混合後而呈泥狀，該些未飽和之液態瓦斯一與SAp粉粒 混合，該SAP粉粒充分吸附瓦斯後即馬上使液態瓦斯成泥態 瓦斯存在。 參照圖六’為本發明之填充物2實施為再生紙粉粒之示 意圖。上述之SAP粉粒改實施為再生紙粉，再生紙粉粒與液 態瓦斯混合後，亦馬上使液態瓦斯氣化成泥態瓦斯。 參照圖七與圖八，為本發明之筒身1〇，實施為第二種 形式之示意圖。該筒身10，僅具有一開口端，填充物2即由 此填充，而於該開口端螺設一外蓋2〇，。 參照圖九與圖十，為本發明筒身10，之容置空間11， 内填充有填充物2與瓦斯。實施為SAP粉粒或再生紙粉粒之 填充物2與液態瓦斯充分混合後，該填充物2吸附液態瓦斯 而呈泥狀。此時，該容置空間U，内可填充約八至九分滿， 而剩餘之空間則充滿著汽化後之氣態瓦斯。該外蓋2〇，一 端設為排氣閥21，，另一端設有汲氣孔22,，該氣態瓦斯 經汲氣孔22’而由該排氣閥21，排出。 本發明之SAP粉粒與再生紙粉可反覆使用，當瓦斯用 完後，僅需填充液態瓦斯，而使液態瓦斯與上述之填充物 混合後，使用時即可得氣態瓦斯。該SAp粉粒與再生紙粉 8 200817624 粒並不會有消耗磨損之情事發生。 本發明利用液態瓦斯可與SAP粉粒或再生紙粉粒充八 混合呈泥狀’使㈣瓦斯—與SAP餘或再生紙粉粒ς 合4 SAP粉粒或再生紙粉粒吸附瓦斯後即馬上將液 斯氣化成泥態瓦斯。藉由該㈣瓦斯之材難性，而錄 充於瓦斯容器内之液態瓦斯皆充分被SAp吸附而呈泥態，、 瓦斯固揮發’而物確實排出瓦斯氣體之功效。"、 就以上所述可以歸納出本發明具有以下之優點： 1 ·本發明『可確實排出瓦斯氣體之瓦斯容器』，其中本 發明於^斯容器内設有SAp粉粒或再生紙粉粒之填充物， 使該液態瓦斯與該填充物混合後，而呈泥態瓦斯，瓦斯 容器排出時，因瓦_碰方式射，故成氣態。 2.本發明『可確實排出瓦斯氣體之瓦斯容器』，其中本 發明之，充物可反覆使用，不會有消耗、磨損之現象。 由是觀之，本發明極具產業上利用價值；且又未見有 相同或類似之翻出現於咖外刊物或公紐用，實已符 5專利法規&之積極及;肖極要件，理應准予發明專利。 唯上戶斤；It者4堇為本發明之較佳實施例而已，當不能 以之限定本發明實狀翻，故舉凡數值之變更或等效元 件之置換或依本發明巾請專利範圍所作之均等變化與修 飾，皆應仍屬本發明專利涵蓋之範疇。 【圖式之簡要說明】 圖一：為本發明之立體外觀圖。 200817624 圖二：為本發明之立體分解圖。 圖三：為本發明填充SAP粉粒之示意圖。 圖四：為本發明填充液態瓦斯之示意圖。 圖五：為本發明沿圖一之5—5剖面線所取之剖面圖，表該 瓦斯容器之容置空間内充填有SAP粉粒與瓦斯溶液之示意 圖。 0、為本务明瓦斯容裔之谷置空間内充填有再生紙粉粒 與瓦斯溶液之示意圖。 圖七··為本發明第二實施例之立體外觀圖。 圖八··為本發明第二實施例填充SAp粉粒之示意圖。 圖九：為本發明第二實施例瓦斯容器之容置空間内充填有 SAP材與瓦斯溶液之示意圖。 圖十：為本發明第二實施例瓦斯容器之容置空間内充填有 再生紙粉粒與瓦斯溶液之示意圖。 附件：我國專利公告編號第329291號專利案。 【主要元件符號說明】 1 瓦斯容器 2 填充物 3 瓦斯罐 10 筒身 11 開口端 12 容置空間 20 外蓋 21 釋氣端 22 接合端 30 沒氣組件 31 釋氣環 200817624 32 釋氣頂件 33 彈性體 35 虹吸管 40 填充組件 41 填充閥 411 流道 412 通孔 42 彈性體 43 瓦斯控制件 431 流道 432 通孔 10， 筒身 11， 容置空間 20, 外蓋 21， 排氣閥 22， 汲氣孔 11Polymer). After the SAp powder is injected into the accommodating space 12 of the tubular body 10, the helium gas component outer cover 20 is connected, and the lock is followed by the opening. After filling the powder, fill the gas. The filling assembly 40 includes a filling valve 41, an elastomer 42 and a gas control member 43. When the gas tank 3 tops the filling valve 41, the gas is injected into the flow passage 411 in the filling valve 41 of 200817624, leaks out through the through hole 412, and flows to the flow passage 431 of the gas control member 43, and is controlled by the gas control member 43. The through hole 432 is discharged into the accommodating space 12 of the barrel 10. Referring to Fig. 5', the filler 2 in the accommodating space 12 of the present invention is sufficiently mixed with gas to form a mud. At this time, the liquid gas and the filler 2 in the accommodating space 12 are thoroughly mixed and formed into a mud shape, and the unsaturated liquid gas is mixed with the SAp powder, and the SAP powder immediately adsorbs the gas and immediately makes the liquid gas into a gas. Mud gas exists. Referring to Fig. 6', the filler 2 of the present invention is embodied as a recycled paper powder. The above-mentioned SAP powder is modified into recycled paper powder, and after the recycled paper powder is mixed with the liquid gas, the liquid gas is immediately vaporized into muddy gas. Referring to Figures 7 and 8, there is shown a schematic view of a second embodiment of the barrel of the present invention. The barrel 10 has only one open end, and the filler 2 is filled thereby, and an outer cover 2 is screwed to the open end. Referring to Figures 9 and 10, the housing 10 of the present invention has a housing space 11 filled with a filler 2 and gas. After the filler 2, which is implemented as SAP powder or recycled paper powder, is thoroughly mixed with liquid gas, the filler 2 adsorbs liquid gas and is muddy. At this time, the accommodating space U can be filled with about eight to nine minutes, and the remaining space is filled with gaseous gas after vaporization. The outer cover 2 is provided with an exhaust valve 21 at one end and a blow hole 22 at the other end, and the gaseous gas is discharged from the exhaust valve 22 through the exhaust port 22. The SAP powder of the present invention and the recycled paper powder can be used repeatedly. When the gas is used up, only the liquid gas needs to be filled, and the liquid gas is mixed with the above-mentioned filler, and the gas can be obtained when used. The SAp powder and recycled paper powder 8 200817624 particles do not cause wear and tear. The invention utilizes liquid gas to be mixed with SAP powder or recycled paper powder to form a muddy shape, so that (four) gas is combined with SAP residual or recycled paper powder particles, 4 SAP powder particles or recycled paper powder particles are adsorbed immediately after the gas is adsorbed. The gas is gasified into muddy gas. With the difficulty of the (four) gas material, the liquid gas recorded in the gas container is fully adsorbed by the SAp to be in a muddy state, and the gas solid is volatilized, and the substance actually discharges the gas. ", As described above, it can be summarized that the present invention has the following advantages: 1. The present invention relates to a "gas container capable of reliably discharging gas gas", wherein the present invention is provided with SAp powder or recycled paper powder in a container The filler, after the liquid gas is mixed with the filler, is in the form of muddy gas, and when the gas container is discharged, it is in a gaseous state due to the watt-by-shot method. 2. The present invention relates to a gas container which can reliably discharge gas. In the present invention, the filling can be used repeatedly without any loss or wear. From the point of view, the present invention is extremely industrially useful; and there is no such thing as the same or similar flip-flops appearing in the outside of the coffee publication or the public button, which has been the positive of the 5 patent regulations & It is reasonable to grant invention patents. The present invention is a preferred embodiment of the present invention, and the present invention may not be limited thereto, so that the numerical value is changed or the replacement of the equivalent element is made according to the patent scope of the invention. Equal variations and modifications are still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of the present invention. 200817624 Figure 2: An exploded perspective view of the present invention. Figure 3 is a schematic view of the SAP powder filled in the present invention. Figure 4 is a schematic view of the filled liquid gas of the present invention. Fig. 5 is a cross-sectional view taken along line 5-5 of Fig. 1 of the present invention, showing a schematic view of the storage space of the gas container filled with SAP powder and gas solution. 0. Schematic diagram of filling the space of recycled paper powder and gas solution in the space of the Mingshuis. Figure 7 is a perspective view of a second embodiment of the present invention. Fig. 8 is a schematic view showing the filling of SAp particles in the second embodiment of the present invention. Figure 9 is a schematic view showing the storage space of the gas container in the second embodiment of the present invention filled with the SAP material and the gas solution. Figure 10 is a schematic view showing the space in which the gas container of the second embodiment of the present invention is filled with recycled paper powder and gas solution. Attachment: Patent No. 329291 of China Patent No. 329291. [Main component symbol description] 1 Gas container 2 Filler 3 Gas tank 10 Tube body 11 Open end 12 accommodating space 20 Cover 21 Outlet end 22 Joint end 30 Airless component 31 Release ring 200817624 32 Outgassing top 33 Elastomer 35 Siphon 40 Filling assembly 41 Filling valve 411 Flow path 412 Through hole 42 Elastomer 43 Gas control member 431 Flow path 432 Through hole 10, Tube 11, Housing space 20, Cover 21, Exhaust valve 22, 汲Air hole 11