TW537910B - Bag for liquid and assembly thereof - Google Patents

Abstract

A liquid bag comprises a bag body composed in a generally envelope-like shape with soft sheet of thermal plastic resin, liquid contained within the bag body, a first opening formed on the bag body for introducing gas into the bag body, an gas introducing route for introducing the gas introduced by the first opening into the liquid, and a second opening formed on the bag body for output the gas passing through the liquid, and/or the liquid outwards, wherein the gas introducing route is composed by heat-welding part of the bag body, and has a fine route capable of bubbling the gas introduced through the first opening within the liquid.

Description

537910 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to liquid bagging and liquid bagging combinations. More specifically, it relates to adding moisture to air, oxygen, nitrogen, carbon dioxide and other gases ( Water vapor or mist water) oxygen humidifier or nebuilzer? Liquid bagging and liquid bagging combination used on gas moisture adder. [Technical Background of the Invention] Conventionally, a simple oxygen inhaler (humidifier) capable of adding moisture (water vapor or mist-like water) to oxygen is well known. This oxygen inhaler is an oxygen inlet tube attached to a cylindrical hard bottle (hard container) for recycling. Usually, sterile water is put into the hard bottle before use. On the other hand, medical oxygen inhalers are mainly composed of a box-shaped hard bottle (hard container) body, sterile water pre-contained in the body of the hard bottle, and an oxygen inlet mouth sealed in the upper part of the hard bottle body. 2. Introduce the oxygen introduced from the mouth to the bottom of the container body, and an oxygen introduction tube for generating bubbles in the sterile water contained therein, and the upper part of the hard bottle body to supply humidified oxygen to a predetermined location outside. The mouth portion for oxygen supply. Then, a large number of holes are formed in the oxygen introduction pipe. As mentioned above, simple oxygen inhalers are usually put in sterilized water before use, which not only wastes time, but also easily causes unsanitary. In other words, since the mouth for introducing oxygen or the mouth for introducing sterile water that is formed separately is opened to put in sterile water, there is no guarantee to maintain the aseptic state. In addition, the aforementioned simple oxygen inhaler or medical dedicated oxygen inhalation is used

313623.ptd Page 5 537910 V. Description of the invention (2) When the device generates oxygen bubbles in water, the container body is a cylindrical or box-shaped hard bottle, so the sound of bubbles will be caused by resonance. Expansion may cause external noise damage. In addition, the shape of this type of oxygen inhaler is cylindrical or box-shaped, and because of its high degree of accumulation, its manufacturing equipment will become larger, and its manufacturing cost will increase, and it will not be convenient to discard it. [Summary of the Invention] The present invention relates to a liquid bagging system, which is characterized by comprising a bagging body formed of a soft thermoplastic resin film and having a substantially envelope shape; and formed on the bagging body for introducing gas into the bagging body. The first mouth portion; a gas introduction path for guiding the gas introduced from the first mouth portion into the liquid contained in the bagging body; and the gas and / or liquid formed in the bagging body to pass through the aforementioned liquid It is sent to the second port for external use, where the gas introduction path is formed by thermal fusion of a part of the bagging body, and the gas introduced through the first port can be separated into a liquid. Tiny pathways that generate air bubbles. That is, in the present invention, a container containing a liquid is formed of a soft thermoplastic resin film, and its shape is formed into an approximate envelope shape. The gas in the first mouth is introduced into the liquid, and bubbles are generated. The gas introduction path is formed by thermal fusion of the opposite side of the thermoplastic resin film to form a partition. The gas can be foamed in a liquid with a relatively simple structure. At the same time, the foam can be quietly foamed. Relatively small on the manufacturing equipment is sufficient, can reduce manufacturing costs, and is easy to discard after use. Here, the foaming of the gas in the liquid means that the gas contains the liquid

313623.ptd Page 6 537910 V. Description of the invention (3) (Adding moisture or liquid to gas), or increasing the saturation of gas in liquid, can be used for stirring liquid or mixing gas and liquid. In the present invention, the gas introduction path has a minute path (a minute hole), and the gas introduced through the first port can be finely divided and foamed in a liquid. Here, these minute paths need only meet the purpose of the gas and liquid. For example, when used in a humidifier, as long as there is air or moisture containing moisture (or moisture) suitable for its use, Just oxygen. The gas introduction path provided with these minute paths is formed by thermal fusion of the opposite surface portion of the thermoplastic resin film, and is formed by thermal fusion. As for the thermal welding mechanism, the thermal pressure of the opposite surface portion is used. In particular, the formation of a plurality of minute paths can be achieved by intermittently performing the thermal welding. For example, the average path width is 0.5 mm to 1.0 mm, and it is best to be able to average the non-welded portion of 0.5 mm to 3.0 mm with an appropriate average pitch (the distance between the centers is 0.1 mm to 100 mm. Omm, It is preferably 2.0 to 8.0 mm) to be formed for thermal fusion bonding. The flexible thermoplastic resin film is not particularly limited as long as it can be used as a liquid storage bag, and examples thereof include polyethylene resin, polypropylene resin, and polyethylene terephthalate resin. Films or films of resins such as vinyl alcohol polymer (EVOH resin), etc. Multilayer (laminate) films or films such as polyethylene / nylon resin, polyethylene / name foil, etc. It is 0.1mm to 1.00mm. Among them, the use of vinyl alcohol polymer film or film, polyethylene / nylon resin multilayer film or film, etc., which is impermeable to air, can prevent the oxidation of the content of the drug solution, etc.

313623.ptd Page 7 537910

〇) There is only a descending path (a part of the downward path has a minute path. It is also called hereinafter), and (2) it is composed of a descending path and a horizontal path, and a part of it has a minute path. (3) Since the descending path is at least the descending path, only the horizontal path has a minute path. The industrial / horizontal path is structured here, especially the example of (3), which is based on the phase volume enough to introduce the introduced gas from the bottom part of the liquid into the field sheet, which can obtain the high contact between the gas and the liquid. Efficiency is better. Rhenium foam can be obtained. In addition, it is preferable that the gas introduction path is formed in a duct-like space in advance, and the tunnel can be formed smoothly with reduced resistance. Then, the introduction of the gas into this tunnel-like space is performed in a special way, and the restriction on the opposite surface portion of the plastic resin film is limited to "2", and it can be constructed by maintaining heat in a tunnel-like manner. In addition, if the heat treatment is performed to explain the path-like space, at least one side of the tunnel film is softened and the tunnel surface is partially softened and maintained as a tunnel ζ. The thermoplastic resin (including natural cooling) is used to make it Hardened and $ 游 == t through the cooling body, 'the surface film part (such as the thickness of 8q to = ground formation / with olefin resin or polypropylene resin film) is added after heating " 二 (聚 水 乙,

313623.ptd Page 8 537910 V. Description of the invention (5) -----——___ Air etc.), $ 甘 '---------- These methods are suitable for 5 A 疋 adding unheated fluid Later, the part is added from the outside (that is, vn 'A can also be made from the trail-like' space \ '. The opposite part of the outside will be added: ί Cooling, so that it will harden to form, the same way ":: ί : == Make it swell ... Dimension = bottom of the force body i: Xiang Fu, with the edges on both sides of the body; I = the node plate part of two f 'and this section' two: the eighth of the horizontal path of sex … Connected, or folded inward from the bottom part of the gas-introducing body-packing bag, ;;;;; obtained: the node plate formed by this node plate part: 2 hair fluid = bagged = The shape of the character is fixed, and the part of the one thousand paths is above ^ I. The flat point road board part that constitutes the gas introduction path is water and will correspond to the section / l ::部 ：：： Γ / Fold it inward: square, the aforementioned 2r is the two sides of the point plate portion, but the name of the 2nd point plate portion is two sides of the plate portion after the heavy point. The edge part invites the Vertical two-d connection, in addition, the two sides of each gusset plate plate portion are edge-welded by heat welding, and can be used for liquid bagging at the point before the plate portion is provided. Ptd 313623, page 9 537910 five Explanation of the invention (6) The micro-path can form a plurality of micro-paths in a wide area, and can uniformly and actively foam. Next, it has the dual structure of the first and second node plate parts as described above. The two-node plate part is different from the other parts of the bagging body. The flexible thermoplastic resin film corresponds to the first node plate portion folded inward and downward, and the two end edges and the two end portions of the first node plate portion are folded inward. The edge portion is formed by heat welding at the same time. Here, the various forms that give the liquid bagging self-reliance in each gusset plate portion are bottom shapes that are gradually lowered toward the edge portions on both sides by lowering the center portion. Or an obtuse V-shaped form, which can stabilize the self-reliance of liquid bagging. In the present invention, the first mouth portion and the second mouth portion are packaged on the bagging body, and their positions are according to Purpose of use, the former is installed in the bagging body The upper part and the latter can be respectively installed on the lower part, the horizontal part or the abdomen. By using the liquid bag of the present invention, the gas that generates foam in the liquid and contained in the bag in advance can be exemplified. Air, oxygen, nitrogen, carbon dioxide gas, and mixed gas, etc., and the liquid contained in advance is represented by water, and other oils can also be exemplified. The water also contains dissolved drugs , Or dissolved in other liquids (such as alcohol) and other liquids (aqueous solutions). As for the specific examples of the above-mentioned liquid bagging, medical or emergency oxygen inhalers (wetting oxygen with a moderate moisture content) Device), nebulizer (nebui lzer), liquid component adder for humidity adjustment or air conditioning, simple bagging of goldfish (such as oxygen), medicine

313623.ptd Page 10 537910 孓, 2 instructions ⑺ Outer oxidizing bagging (to make nitrogen foam), stirring bag for soapy water (:: hair bun to make foam), etc. In addition, the oxygen-preventive clothing of the aforementioned medicine does not discharge liquid after foaming lice, and can store the liquid for a long time after being sealed. σ " clothing is very special, * from another point of view, is to provide a liquid bag, sealed and equipped with: a soft thermoplastic resin film is composed of sub-contained liquid bag body, Packaged in the bagging body ^ The first mouth part for the body of the bag, and the exhausted from the first mouth part; 5 the gas in the liquid introduced into the contained bagging body is introduced into the road scale, Encapsulated in the bagging body and sending the gas passed through the contained liquid to the external port 2 of which the aforementioned gas introduction tool; the heat-dissolving part of one part of the body is formed to separate, and: =丨 The gas introduced into the mouth is finely divided to create a tiny path of bubbles in one. In the cylinder, it is clear that from another point of view, the system can provide a liquid bagging tablet. The structure is provided with: (1) It is provided with a soft thermoplastic resin glue in an approximate envelope shape and contains the liquid. The bagging body, the first bag body for encapsulating the first bag body for introducing gas into the bagging body, the gas introduction path / two 'for guiding the gas introduced from the mouth of the scale to the contained liquid, and encapsulating in The bag body and the gas and s liquid passing through the contained liquid are sent to the second mouth for external use. The gas introduction path described in zone 3 is fine by heat welding of a part of the bag body: The gas introduced into the mouth is divided into liquid bags that are formed into tiny paths that generate bubbles in the liquid;

537910 V. Description of the invention (8) (2) The first adaptor which is detachably fitted to the first mouth portion and communicates with the gas supply source, is arranged in parallel with the first adaptor, and is detachably mounted. A humidifier adaptor section composed of a universal second adaptor that is fitted to the second mouth portion and is connected to a supply target for supplying gas and / or liquid; (3) The first of the detachable and humidifier adaptor section The adapter is connected to supply the gas supplied from the gas supply source to the humidifier joint of the first adapter; (4) It is detachably fitted to the second mouth portion and communicates with the gas supply source Through the negative pressure generated by the spraying of the gas from the nozzle section described later through the sprayer, the fourth adapter for sucking up the liquid is arranged in parallel with the fourth adapter, and is detachably fitted to the first adapter. The mouth part is composed of the third adapter for the water droplet generated by the induction part of the joint described later for the sprayer and returned to the liquid bag through the drainage channel, and the adapter part for the sprayer is used in exchange with the connector for the humidifier. ; And (5) the gas to be supplied by the gas supply source The negative pressure generated by the ejection nozzle portion and the gas ejected through the nozzle portion draws the liquid upward from the bagging body into a mist shape, adds the liquid to the suction portion, and is attracted by the gas stream containing the mist liquid. In addition, air is introduced from the outside, and the gas containing the misty liquid is induced to the supply target together with the gas, and the generated water droplets are returned to the induction part in the liquid bag through the drainage channel, and the parts can be disassembled and assembled. A sprayer joint constituted by a coupling part coupled to a fourth adaptor of the sprayer adaptor part. According to another aspect of the present invention, it is possible to provide a liquid bagging assembly, which is composed of: (1) a rubber made of soft thermoplastic resin

313623.ptd Page 12 537910 V. Description of the invention (9) The bag body is formed into a substantially envelope shape and contains the liquid, the first mouth part for encapsulating the bag body and introducing gas into the bag body, The gas introduced from the first mouth is guided to the gas introduction path in the contained liquid, and the gas and / or liquid that has been sealed in the bagging body and sent through the contained liquid to the outside is used for the second mouth, The gas introduction path is formed by a heat-sealable partition of a part of the bagging body, and has a liquid container having a micro-channel that divides the gas introduced through the first port into a fine shape to generate bubbles in the liquid. Bag; (2) a first adaptor which is integrally packaged in the first port and connected to a gas supply source, is arranged in parallel with the first adaptor, and is integrally installed in the second port, and is provided with the gas supply And / or the supply target of the liquid is connected to the adapter unit of the humidifier and sprayer composed of the universal second adapter; (3) the first adapter of the adapter unit for the humidifier and sprayer is detachably connected to the adapter; Combine the gases The gas supply source is used to supply the connector for the humidifier of the first adapter; and (4) the negative pressure generated by the nozzle portion that injects the gas supplied by the gas supply source through the injection of the gas from the nozzle portion From the bagging body, the liquid is sucked upward through the gas introduction path into a mist form, and is added to the suction part of the gas, attracted by the gas stream containing the mist liquid, the air is introduced from the outside, and the gas containing the mist liquid It is induced to the supply target together with the air, and the generated water droplets are returned to the induction part in the liquid bag through the drainage channel, and these parts are integrally and detachably attached to the humidifier and sprayer joint. The connector of the first adapter of the device is a sprayer connector which can be used interchangeably with the humidifier connector.

313623.ptd Page 13 537910 V. Description of the Invention (ίο) Head. Here, it is preferable that the gas introduction path is formed by a tunnel-like space which can be formed in a self-sustaining manner, and the gas can be smoothly introduced while reducing the resistance. In addition, when a liquid is attracted instead of being introduced, since a tunnel-like space can be ensured, no blocking condition occurs, and the liquid can be smoothly attracted, so it is preferable. In addition, the amount or ratio of liquid or gas to be filled in the liquid bag of the present invention can be freely set according to the purpose of use. In particular, the liquid bag of the present invention has the advantages of being able to draw out the gas in the remaining space and seal it even when the contents are not full, compared with the hard liquid bottle with high stacking degree. Contamination, and in the case of a substance that is unstable to gas (oxygen, etc.), there is no need to replace it with a degrading gas. In addition, as long as the liquid bag of the present invention has the same shape and usage method, the amount of liquid used per unit time is the same. Therefore, the time can be adjusted by changing the amount of liquid (for example, 30 minutes, 1 hour, 2 hours). For hours). In addition, several liquid bags can be connected to each other to adjust the time (for example, 30 minutes + 1 hour = 1 hour and 30 minutes). In addition, the liquid bag of the present invention can be put in various directions when placed in a box or placed on a rack, as compared with a hard liquid bottle with a high degree of accumulation. Stacking can reduce unnecessary space and effectively use space. The present invention, from another point of view, can provide a liquid bagging assembly comprising: (1) a bagging body formed of a soft thermoplastic resin film into a substantially envelope shape and containing the liquid, and sealed in a bag; Bag body will

313623.ptd Page 14 537910 V. Description of the invention (11) The first mouth part for gas introduction into the bagging body, the gas introduced from the first mouth part is guided to the liquid contained in the bagging body. The gas introduction path and the second mouth portion enclosed in the bagging body to send the gas and / or liquid passing through the liquid to the outside, the gas introduction path is formed by thermal fusion partitioning of a part of the bagging body And has a liquid bag for dividing the gas introduced through the aforementioned first mouth into minute paths that can generate bubbles in the liquid; and (2) a first mouth for surrounding the liquid bag and the like 2 The opening of the mouth part is a rigid thermoplastic resin muffler box that surrounds the bagging body so as to open it, and attenuates the foaming sound of the gas generated in the liquid bagging. That is, as described above, the present invention can reduce the foaming sound of gas generated in a liquid bag by coating a specific muffler box on the liquid bag. Here, the muffler box is a hinge mechanism (for example, using a half-cut box) which is divided into a pair of half-cut boxes divided by a dividing line passing through the opening, and the half-cut boxes can be openly connected. The polypropylene resin of the material has a hinge function, a mechanical hinge, a hinge, etc.), and a buckle piece which can releasably rive and cut the halved box is simply constituted. In addition, the first mouth portion and the second mouth portion of the muffler box are directed upward to form a foot portion or a platform portion for liquid bagging upright, whereby the liquid with the muffler box can be filled. Use the bag on a table or floor. For example, moisture-containing oxygen can be obtained quietly and easily in deep liquids.

313623.ptd Page 15 537910 V. Description of the invention (12) In addition, in the present invention, the material, thickness, and shape of the muffler box body can correspond to various purposes, such as noise reduction, shading, hardness, weight, good grip, and Stackability (possibility of multiple stacks) can be set freely. In addition, the opening portion of the muffler box may be any structure as long as it can surround the mouth portion of the liquid bag, and the riveting and fastening portion may be any structure as long as it can maintain the closed state of the cover plate. If the muffler box is self-sustaining, it can also be used when it is used in a sprayer, and it can also be used when it is used in a humidifier. For the purpose of noise reduction or shading, etc., appropriate materials (for example, expanded styrene, etc.) can be used on the outside and / or inside of the muffler box to achieve these purposes. [Best Embodiment of the Invention] Hereinafter, the present invention will be described in detail based on the embodiment shown in the drawings. The present invention is not limited to the following embodiments. First Embodiment FIG. 1 is a longitudinal cross-sectional view of a gas humidifier as a first embodiment of a liquid bag according to the present invention, and FIG. 2 is a view corresponding to FIG. 1 showing a use mode different from the first embodiment. Fig. 3 is a cross-sectional view showing the structure used in the use form of Fig. 2 (A) is a joint and (B) is an adapter. In FIG. 1, the humidifier 1 as a liquid bag is mainly composed of a bagging body 2, water (sterile refined water) W stored in the bagging body in advance, and sealed in the upper part of the bagging body 2 to introduce oxygen into the bagging. The first port 3 used in the main body 2 and the gas introduction path 5 'in which the oxygen introduced into the water W by the first port 3 is introduced.

313623.ptd Page 16 537910 V. Description of the invention (13) and the second mouth part 4 which is packaged in the upper part of the bagging body 2 and sends the oxygen-added oxygen obtained on the water surface to the outside. The first mouth portion 3 and the second mouth portion 4 are integrally formed. Next, the bagging body 2 is made of a flexible thermoplastic resin (for example, a polyethylene resin) film (having a thickness of about 0.25 mm) and is formed into an approximately envelope shape. 10 is a peripheral portion of the bagging body 2 which is heat-sealed and sealed by heat pressing. The gas introduction path 5 is formed by a heat-welding segment generated by the thermal pressure of the film on the opposite side, and is a descending path extending from the first mouth portion 3 to the bottom of the bagging body 2 along one side. The hanging path 6 and the horizontal path 7 which is a horizontal path extending horizontally from the hanging path 6 along the bottom edge are composed of 'the horizontal path 7' in a row and arranged at equal pitches (the distance between the centers is about 4. Omm) are a plurality of minute holes 8 · 9 ... etc. as a plurality of minute paths. These tiny holes 8 · 9 ... are formed by means of a bamboo stick-like pin (for example, a diameter of about 1.0 mm), heat-pressing the film on the opposite side, and pulling out the pin. Then, the peripheral edge portion 10 is subjected to heat pressing. 1 1 is a first adapter that is fitted to the first mouth portion 3 and is connected to an oxygen supply source (not shown). 12 is integrated with the first adapter and is fitted to the second mouth portion 4. A second adapter for connecting the hose 18 to a supply target (not shown) of oxygen to which moisture is added. Next, the operation of the humidifier 1 having the above configuration will be described. First, an oxygen supply source (an oxygen high-pressure cylinder) (not shown) passes oxygen through the first adapter 11, the first mouth portion 3 of the bagging body 2, the hanging path 6 and the horizontal path 7 of the gas introduction path 5 through the joint 20. It is introduced into the bagging body 2.

313623.ptd Page 17 537910 V. Description of the invention (14) _ At this time, the oxygen will be cut to a smaller size through the plurality of tiny holes 8 · 9 ^ of the horizontal path 7, and it will be able to change from pretending too much, 9 Xi Nian * Broken into t-road & HE1 〇 / The bottom of the book diffuses into the water and the entire lamp is foamed. Therefore, 'moisture (water vapor and mist-like body) can be fully added to the wenyangliang obtained from the water surface in the bagging body 2, and the humidified oxygen passes through the second port 4 and the second joint. The milk is delivered to the appropriate supply target via the hose 18. The humidifier j ^ after use is small and convenient to discard.

Next, unlike the previous embodiment, as shown in Figs. 2 and 3, the third adapter 11a fitted to the first mouth portion 3 and the 4 ^ 篦 4 adapter 12a fitted to the second mouth portion (only The left and right directions are changed). The joint 13 is newly added, and it can also be used as a device for adding oxygen and misty water to the air. In other words, the joint 13 is mainly formed by the socket portion 14 screwed to the fourth adapter 12a, the nozzle portion that injects oxygen, and the negative pressure generated by the injection of oxygen generated by the nozzle portion. Water is sucked up from the bagging body 2 to become mist-like water and is added to the oxygen suction portion 16, and air is introduced from the outside to attract a gas stream containing mist-like moisture, and The oxygen is induced to the outside by the induction portion 17 together with the air. In addition, 1 9 a is for draining water droplets and returns to the drainage ditch of the hose 18.

20 is a connector with an oxygen supply source (not shown), and functions as a connector for a humidifier. The connector 20 and the connector 13 may be commercially available items. The second embodiment is different from the first embodiment described above 'in that the adapter and the mouth can be formed integrally.

313623.ptd

P.18 537910 V. Description of the invention (15) Figure 4 shows the second embodiment of the liquid bagging of the present invention, which is equivalent to Figure 1. Figure 5 shows the use mode different from the second embodiment. This is equivalent to the diagram in Fig. 2. Fig. 6 shows the adapter used in the use form shown in Fig. 5. (A) is a front view, (B) is a top view, and (C) is a perspective view. In FIG. 4, the humidifier 21 is mainly composed of the bagging body 2 2. The water (sterile refined water) W stored in the bagging body in advance is packaged in the upper part of the bagging body 22 to introduce oxygen into the bagging body 22 The first port 23 is used, the gas introduction path 25 that introduces the oxygen introduced into the water W by the first port 23, and the upper part of the bagging body 22 is packaged to send the moisture-added oxygen obtained on the water surface to the outside. The second mouth is composed of 2 4. Next, the first mouth portion 23 and the second mouth portion 24 are formed integrally as in the case of the first embodiment. In addition, the first mouth portion 23 and the second mouth portion 2 4 are separately sold through a marketer. The connector 40 is connected to an oxygen supply source (not shown). The first universal connector 3 is used for universal connection. 1. The second adapter 32 is used to communicate with a supply target (not shown) to which oxygen is added. The number of components can be reduced. The other structures and operations are the same as those in the first embodiment, so the description is omitted. In Fig. 5, 33 is a joint, and has the same structure as the joint 13 in Fig. 2, which is the same as that in the first embodiment, and can be used as a device for adding oxygen and mist-like water to the air. Next, in FIG. 4, the first mouth portion 23, the second mouth portion 24, the first adapter 31, and the second adapter 32 which are integrally formed are as shown in (A) to (C) of FIG. 6. , Divided into half and molded into shape. Also, 3 2 a is the

313623.ptd Page 19 537910 V. Description of the invention (16) ------- When the second adapter 32 and the second mouth are closed for use, the gap can be formed from the thin-walled part and formed integrally. It is bonded to the split element that is called bag shape. The slicing element such as this crying ΐ The sizing of the second heat through the heating house in a sealed state: connect. The third part of the mouth is open) and the first embodiment and the second body bag have self-reliance. In particular, the two edges of the liquefied part can be given to the liquefied part at the same time as the gas d. ; Type plus U heat welding. Θ f 生 之 幵 / Figure 7 shows the liquid bagging of the present invention. Figure 8 shows the figure 8 and Figure 9 shows the enlarged section of the main part of the third embodiment as follows: The second month is an expanded view of the film material used to explain the manufacturing method of the bagging body. Baixian, in Figs. 7 to 9, the humidifier 41 as a liquid bagging system is mainly composed of a bagging body 42, water (sterile refined water) W stored in the bagging body in advance, and sealed in the bagging body 42. The upper part of the first port 43 for introducing oxygen into the bagging body 42, the gas introduction path 45 for introducing the oxygen introduced from the first port 43 into the water w, and the upper part of the bagging body 42 will be on the water surface. The obtained water-added oxygen is sent out to the second mouth portion 44 for external use. Next, the first mouth portion 43 and the second mouth portion 44 are integrally formed. As shown in FIG. 6, the first and second mouth portions 44 are integrally formed. The two parts are a universal adapter that is connected to an oxygen supply source (not shown) through a connector sold by a commercial vendor, and a connector with moisture added to it.

537910 V. Description of the invention (17) ---- The shape of the supply target of oxygen (omitted) can be reduced, which can reduce the number of constituent elements. "= The situation of the other adapter and the body is the same, so the description is omitted. And the operation is the same as the second embodiment. The gas introduction path 45 extends from the bottom of 42 along one side, and the heat-sealable segment formed by the opening 43 to the bagging body is used as a film to change the weight. The heat pressurizes the hanging path 46 from the hanging path 46 along the bottom side so as to constitute. Thousands of stretched horizontal paths 47 Here, Qiu Ba, which constitutes the horizontal paths 4 7 v, is a 丨 ° knife which is folded inward and heat-sealed.

At the lower portion of the first node plate portion, the horizontal toll plate portion 53 and the bottom portion of the second node 2 formed by correspondingly folding and thermally welding are thermally welded to the edge portions on both sides of the inner portion, α, In addition, the two sides of the first joint portion and the first node plate portion 5 3 %% 2 t of the two end edges of the plate portion will be compounded with micro holes 48, 49 ... The shape of the two heat W can impart self-reliance The point 'further expands the horizontal space c. The wet space of the liquid bagging on the substantially horizontal plane is extended by a wide space j :; the joint portion # is formed by the first and second node plate portions 5 J: Therefore,' humidifier 41, = 丄 via The dagger of the gas introduction path 45 is different from the water of the second embodiment; the road # 47 is different from the second embodiment in that the oxygen introduced is used as a plurality of micro η, and can be sprayed from a wide area at the approximate end. Active evenly

537910 V. Description of the invention (18) Next, a method for manufacturing a bagging body that can stand on its own by using the double joints of the first and second node plate portions will be described. Sentence First, in FIG. 7 to FIG. 10, especially in FIG. 10, the bagging body 42 is a larger film material (thickness of about 0.25 mm) made of a soft thermoplastic resin (such as polyethylene resin). A, and a smaller film of the same material / combined. It must be said that first, the film material A is bent by lines a, b, and c / m, and then the film B is bent by line d, and the distance of the line d from = A The line b only leaves the height of the horizontal path, and enters the inside of the part corresponding to the shape of the 43 and the "if". It is also intended to clamp the first part of the body into the film material A: 44 Position, the whole will be sample-attached = the part with parallel lines in Fig. 10, and the lines of the stomach and stomach line are joined to the opposite sides of each other. The pressure generated by i ϊ: 4 area 5 partition:: relative The heat of the film material a and β on the surface is 42 along the bottom (J vertical 2: the first: the mouth 43 to the bagging body 46 horizontally extends along the bottom edge U hanging path 46, and from the hanging path by the first node plate The horizontal path is formed by the part 53 and the 47th. The horizontal structure of the first node plate part 53 is Hirayo,. 卩 54, and the shape is added. 48 · 49 .. · (The distance between the hearts is approximately: f and shape There are a plurality of tiny holes to heat-refine the end edges on both sides to pull 4.0 :) In addition, the first node plate part side side edge part and the second and second point plate part 5 4 are simultaneously Two connections And the bottom edges of the gusset plate portions 53 and 53 are fused to each other. The bottom shape of the ship ’s bottom edge is gradually lowered toward the center ... 313623.ptd Page 22 537910

In addition, g is a horizontal path for communication (5. Description of the invention (19))), and it is used to give liquid bagging stability to the self-supporting diameter 4 7 for the exit hole. Fourth Embodiment Fig. 11 is a longitudinal sectional view showing a fourth embodiment of a dehumidifying oxygen humidifier as a liquid bag according to the present invention, and Fig. 12 is equivalent to the fourth embodiment = another use mode (atomizer) In the figure of u, the cross-sectional view of AA in FIG. 11, and the cross-sectional view of FIG. 14 are β-B cross-sections in n. "In Fig. 11, Fig. 13, and Fig. 14, the gas humidifier 6 1 as a liquid bag is mainly composed of the bag body 6 2. The bag water (sterile purified water) is stored in advance, and is enclosed in The first mouth portion 63 ′ for introducing oxygen into the bagging body 62 at the upper portion of the bagging body 62 is a gas introduction path 65 for introducing water W introduced from the first mouth portion 63 into the bagging body 62, and is enclosed in the bagging body. The moisture-added oxygen gas obtained on the water surface is sent out to the mouth portion 64 for external use. In addition, the i-th mouth portion 63 and the second mouth portion 64 are integrally formed. Then, the bagging body 62 is made of a soft thermoplastic resin (such as polyethylene resin) film (thickness about 0.25 mm), and is formed into a substantially sealed package. shape. Reference numeral 70 denotes a 'entrance path 65' and a peripheral portion of the bagging body 62 which are thermally welded and sealed by heat and pressure. Milk, then bagging the body 62 and the gas introduction path 65,

The hot-melt partitions produced by the hot pressing of the opposite film form fj. After the partition is formed, hot water is added to it, or the unheated water is added 2 ^ and then the water and the film are heated to expand to follow the path ( From the outside of the force to the part that is made into a tunnel-like space) to ^ " 卩 I I < porch j ran to harden, so as to have a self-only 7 pairs; 苻 之Tunnel-like space

313623.ptd 537910 Path 6 6 is formed along. The water has a shape of 4.0 mm. This way, the gas is introduced between the upper and lower rollers, in front of the rollers in the periphery, or the cooled gas is introduced into the road. For example, other square bagged bodies, the central part of the body, the gas is introduced into the road. After that, in a tunnel-like space, the micro-films with a plurality of grooves are different from each other (6mm) (refer to Figure 13 and "Figure" in particular). This 65 is from the first mouth 63 to the bagging In the main body 62, a downwardly extending path 66 serving as a descending path and a horizontally extending horizontal path 67 serving as a lateral path extending horizontally at the bottom are arranged in rows i with equal pitches (micro holes are provided as a plurality of minute paths between the centers) 68. V. Description of the invention (20) (Except for the width of 8mm and the height, the gas introduction path part is extended along a side edge by a vertical diameter of 67 and the distance is about 6 9. After passing through, the main part of the main part of the bag of the water and the bag of the water, as well as the central part of the bagging body that can be taken by the introduction path opposite the # 列 setting # is used to separate the paired-shaped wheel (belt drive belt) Gas introduction path. It is able to enter the diameter of the bag body when entering while passing through the rollers. The method of introducing gas into the water path by applying pressure to a sheet-like object allows the inside of the water path. Then, if it is cooled in this state, it can The gas introduction path. The small holes 6 8 · 6 9… can be held in the same direction through the same direction, and then through heat-sealed through a bamboo stick-shaped pin and water into the bagging room, through a certain process After applying pressure, the bagging body can be heated, and the tunnel can be formed on the rollers to form a partition and hold it. It can be heated to the bagging body by steam in the peripheral state of the bagging body. The shape of the body should be formed in these small holes to form a pair of molds. Also (such as straight through about

537910 V. Description of the invention (21) 1 · Omm) The film on the opposite side is heat-pressed and formed by pulling out the latch. Then, heat pressurization at the peripheral portion 70 is performed. 1 71 is fitted to the first mouth portion 63, and is connected to the oxygen supply source (not shown). The first universal adapter 72 is integrally formed with the first adapter 71 and is fitted to the second mouth portion 64. A second adapter for communicating with an oxygen supply outlet (not shown) to which moisture is added via a hose 78. Furthermore, the 7-3 series connects an oxygen supply (not shown) to the inlet of the first adapter 71, and talks about a connector at the inlet of the 'i adapter 71. Next, the operation of the humidifier 61 having the above configuration will be described. First, from an oxygen supply source (oxygen high-pressure cylinder) (not shown), gas is introduced through the first adapter 71, the first mouth portion 63 of the bagging body 62, the hanging path 66 of the gas introduction path 65, and the horizontal path 67. Bagging body = inside. When =, oxygen will be reduced to smaller through the small holes 68 · 69 ··· of the horizontal path 67, and at the same time, it can diffuse from the bottom of the bagging body 62 into water ^ & Therefore, moisture (water vapor and mist-like water) can be efficiently and sufficiently added to the oxygen obtained from the water surface in the bagging body 62, and the humidified oxygen passes through the second port 64 and the second junction The device 72 is further sent to an appropriate supply target via a hose 78. The humidifier 6m after use is easy to discard because of its small size. Then, as shown in FIG. 2 and FIG. 2, the use form of the connector 83 instead of the connector 73 shown in FIG. 11 is fitted to the inlet of the first adapter 71 as shown in FIG. 2. A device for oxygen and misty water, namely a sprayer. That is, the joint 83 is mainly screwed to the second adapter 72.

313623.ptd

537910 V. Description of the invention (22)-Socket part 74. The negative pressure generated by the injection of oxygen sprays the water from the bagging body, and the air is attracted by the outside to the mist containing moisture. The part will contain mist The oxygen in the form of water is formed with the air t: the lead portion 77. Here, the lead is derived from the outside of the gas d. Since the gas conduction path 6 5 is composed of a self-sustaining random d 5, water The suction will be carried out without resistance = the addition of empty can also be quite smooth. Also, 79 is to dribble water ;: the drainage channel of the hose 81 '8 is for the oxygen supply source "omitting the spear; and . The connector 83 can be a commercially available item. The connection of 3 no) f 'is exemplified in Figs. 11 to J 4 as an example, and an example in which the noise reduction box is further covered is explained. The body package = 15 is a longitudinal sectional view showing the fifth embodiment of the liquid bag of the present invention, FIG. 16 is a top view of the muffler box, and FIG. 18 shows when the muffler box is opened:! 7 : Figure 'The second figure is a cross-sectional view of cC, which also shows the open state of the muffler box. In the younger figure 18, the oxygen humidifier 91 (combination) as a liquid bag, the main sound box 1109, and the bagging body 92 contained in the muffler box 92 'In advance 92: Qiu = water of the body ( Sterile purified water) W, the first port portion 93 for packaging oxygen into the bagging body 92, the first port portion 93 for introducing oxygen into the bagging body 92, the gas introduction path 95 for introducing the oxygen gas introduced from the first port portion 93 into the water W, Seal

537910 V. Description of the invention (23) The upper part of the bagging body 92 will be added on the water surface-a second mouth portion 94 for external use. In addition, the second oxygen delivery system 9 4 is integrally formed. / 、 Second Mouth Next, the bagging body 92 is shaped like a soft collar. Again ’U. It is heat-sealed by heat and pressure, and is introduced into the path 95 and the peripheral portion of the bagging body 92. The structure of the bagging body 92 and the gas introduction path 95 are the same as in the case of the liquid bagging 61 shown in FIG. 11, so the description is omitted. Then, the first port 9 3 and the second mouth portion 9 4, as in the case of the first embodiment, 'is also integrally formed, and is connected with the first mouth portion 93 and the second mouth portion 94-the first adapter 101, and the The second connector 102 for communication of a moisture-containing oxygen supply target (not shown) is integrally formed to reduce the number of components. The other structures and operations are the same as those in the first embodiment, so the description will be omitted. Also, the "1 〇 3" is a connector that connects an oxygen supply source (not shown) to the inlet of the first adapter 101 and fits into the inlet of the first adapter 101.

^ Then 'silence box 1 009 in Figures 15 to 19, especially in Figures 16 to f 19', is a hard thermoplastic resin (such as polypropylene resin, plate f is 1.8mm ) Is integrally formed by injection molding, and has an opening 110 through which the first adapter 110 and the second adapter 102 of the oxygen humidifier pass, so that the bag body 92 is opened (sealed) around the The bag body can eliminate the foaming sound of oxygen containing the moisture generated in the humidifier

313623.ptd Page 27 537910 V. Explanation of the invention (24). In addition, the first adapter 101 and the second adapter 102 have upper and lower wheel-shaped ridges 11 4 and 1 15 before the upper part of the creep portion, and between the wheel-shaped ridges 11 4 and 11 5, The structural wall 116 of the muffler box 10 is removably fitted, whereby the muffler box 10 9 is removably attached. Therefore, the muffler box 109 can be used as a common muffler box of an oxygen humidifier. To explain it in more detail, the muffler box 1 09 is a pair of cut boxes 111 and 11 2 divided by one of the dividing lines passing through the opening section 110, and the cut boxes can be opened openly. The connected hinge mechanism 113 is constituted. Here, the chain mechanism 1 1 3 is composed of a thin-walled portion that connects the cut boxes 1 1 1 and 1 1 2 into one body. It can be cut by using the hinge function of the polypropylene resin itself. The half of the boxes 111, 1 2 are opened and closed. In addition, 1 1 8 is a releasable riveting fastener that is fastened to the half-cut box 1 1 2 and the half-cut box 1 1 1. The half-cut box 1 1 1 and n 2 can be opened. To be closed. In addition, the muffler box 109 is provided with the feet of the first adaptor 10 and the second adaptor 102 facing upward to make the oxygen humidifier 91 stand up. Therefore, it is not necessary to Holding the oxygen humidifier in your hand can also be used on a desktop without hanging on a shelf, so its usability is good. As described above, according to the present invention, a container containing a liquid is formed of a flexible thermoplastic resin film, and its shape is formed into a substantially envelope shape, and the gas introduced from the first mouth is introduced into the liquid ' The gas-introducing gas introduction path is formed by the hot melt adhesion of a part of the bagging body, which can form a relatively simple structure to foam $ ^ in the liquid, and at the same time, it can quietly develop hair. Bubble, in addition

537910 V. Description of the invention (25) It is enough to prepare a relatively small one, and it is easy to discard after use.

313623.ptd Page 29 537910 Brief description of drawings [Simplified description of drawings] FIG. 1 is a cross-sectional view showing the first embodiment of the liquid bagging method of the present invention, and FIG. 2 is a view showing a difference from the first embodiment The use form corresponds to the first figure, and the third figure is a cross-sectional view showing the structure used in the use form shown in FIG. 2, where (A) is a joint and (B) is an adapter. Fig. 4 is a diagram corresponding to Fig. 1 showing a second embodiment of the liquid bagging of the present invention, and Fig. 5 is a diagram corresponding to Fig. 2 showing a use mode different from the second embodiment. The figure shows the adapter used in the use form shown in Figure 5. (A) is a front view, (B) is a top view, and (C) is a perspective view. Fig. 7 is a diagram corresponding to Fig. 1 showing the third embodiment of the liquid bagging of the present invention, Fig. 8 is a perspective view showing the structure of the third embodiment of the present invention, and Fig. 9 is a view showing the constitution of the third embodiment of the present invention. The enlarged sectional view of the main part of the third embodiment, FIG. 10 is an expanded view of the film material used to explain the method of making the bagging body, and FIG. 11 is an oxygen gas which is the fourth embodiment of the liquid bagging of the present invention. A longitudinal sectional view of a humidifier. Figures 12 and 12 show another use mode of the fourth embodiment of the present invention.

313623.ptd Page 30 537910 Brief description of the drawing (sprayer) The figure corresponding to Figure 11, Figure 13 is a sectional view taken along line A-A of Figure 11, and Figure 14 is a sectional view taken along line B-B of Figure 11. Fig. 15 is a longitudinal sectional view of an oxygen humidifier as the fifth embodiment of the liquid bagging of the present invention, Fig. 16 is a side view of the silencer box of Fig. 15 and Fig. 17 is a diagram of Fig. 15 The top view of the muffler box, FIG. 18 is a front view of the state where the muffler box of FIG. 15 is opened, and FIG. 19 is a sectional view of the same muffler box when it is opened. [Explanation of component symbols] Humidifier bagging body 1st mouth 2nd mouth Gas introduction path 7, 47, 67 Horizontal path micro holes 11, 31, 71, 101 First adapter 12, 32, 72, 102 Second Couplings 13, 20, 33, 83 Joints 15-75 Nozzle section 17 > 77 Induction section 19a, 79 Drain channel 1, 21, 41, 61, 91 2, 22, 42, 62 '92 3, 23, 43, 63, 93 4 '24' 44 '64' 94 5, 25, 45, 65, 95 6, 46, 66 Hanging path 8, 9, 48 '49, 68, 69 1 0, 7 0, 1 0 0 11a 3rd adaptor 12a 4th adaptor 1 4, 7 4 Socket part 1 6, 7 6 Suction part 18, 78 Hose

313623.ptd Page 31 537910

Brief description of the drawing 20, 40 '7 3, 8 0 Connector 53 First node plate portion 54 Second node plate portion 109 Silencer box 110 Opening portion 111, 112 box 113 Hinge mechanism 114, 115 Wheel projection 116 Wall 117 Feet 118 Buckle W Water Page 32313623.ptd

Claims (1)

537910 Case number 91108638 Amendment 6. Scope of patent application 1. A liquid bagging feature, comprising: a bagging body formed of a soft thermoplastic resin film in a substantially envelope shape; formed on the bagging body to introduce gas into the bagging body A first mouth portion for use; a gas introduction path for guiding a gas introduced from the first mouth portion into a liquid contained in the bagging body; and a gas and / or liquid formed in the bagging body to pass the aforementioned liquid It is sent to the second port for external use, in which the aforementioned gas introduction path is formed by thermal welding of a part of the bagging body, and the gas introduced through the first port can be generated in the liquid. The tiny pathway of bubbles. 2. For the liquid bagging of item 1 of the scope of patent application, the first mouth part and the second mouth part are respectively sealed in the bagging body. 3. For the liquid bagging of item 1 in the scope of patent application, the gas introduction path is composed of a descending path extending from the first mouth to the bottom of the bagging body, or the descending path and the direction from the descending path to A horizontal path extending in a substantially horizontal direction is formed, and at least a part of the descending path and / or the horizontal path is provided with a minute path. 4. For the liquid bagging of item 1 in the scope of patent application, the gas introduction path is a descending path extending from the first mouth to the bottom of the bagging body, and a level extending from the descending path to a substantially horizontal direction. The path is composed of at least a part of the horizontal path. 5. As for the liquid bagging of item 1 of the scope of patent application, the average width of the micropath is set to 0.1 to 1.0 mm, and the average pitch is set to 0.5 to 1 0 0 · 0 _ 〇 313623 revised version.ptc page 1 2003.04.18. 032 537910 case number 91108638 fz year 7th month of the 6th amendment, the scope of the patent application 6. If the application of the scope of the patent for the liquid bagging, the liquid system is water, The gas is oxygen, nitrogen, carbon dioxide or air. 7. For the liquid bagging of any one of items 1 to 6 of the scope of patent application, wherein the first mouth portion and the second mouth portion are arranged side by side as a whole. 8. For the liquid bagging of item 1 of the scope of patent application, which further includes: a first adaptor which is fitted in the first mouth and communicates with a gas supply source; and which is provided side by side integrally with the first adaptor and The second adapter is fitted in the second port and communicates with a supply target for supplying gas and / or liquid. 9. For the liquid bagging according to item 8 of the scope of the patent application, the first adapter and the first mouth are integrally formed, and the second adapter and the second mouth are integrally formed. 10. If the liquid bagging of item 1 in the scope of the patent application, the first mouth part is sealed on the upper part of the bagging body, and the second mouth part is for sending out gas and / or liquid to the outside, and is sealed in the bagging Upper part of the body. 1 1. The liquid bagging according to item 1 of the scope of the patent application, wherein the bagging body is provided with a gusset plate portion formed by folding the bottom portion inward and hot-melting in a form that can give liquid bagging independence, and The end edge portions on both sides of this gusset plate portion are thermally welded. 12. The liquid bagging according to item 11 of the scope of the patent application, wherein the gusset plate portion is formed in a portion for separating the horizontal path forming the gas introduction path. 1 3. According to the liquid bagging of item 1 in the scope of the patent application, the bagging body is provided with a first part formed by folding the upper part of the horizontal path inwardly and thermally welding the part for forming a gas introduction path. 1 node board; 313623 revised version.ptc page 2 2003. 04.18. 033 537910 _ case number 91108638 ^ year order month 2 / said amendment _ 6, the scope of the patent application and the aforementioned horizontal path corresponding to the first node plate part will be below it The second node plate portion formed by folding the bottom portion inward and heat-sealing, thermally welding the edge edges of both sides of the first node plate portion, and the edge edges of both sides of the second node plate portion and Both end edges of the first node plate portion are overlapped and thermally welded. In addition, each node plate portion is thermally welded in such a manner as to provide self-reliance for liquid bagging, and a plurality of the first node plate portions are provided in parallel. A plurality of tiny pores in a tiny path. 14. For liquid bagging according to item 13 of the scope of patent application, in which the second node plate portion is a soft thermoplastic resin film that is different from the other parts of the bagging body, corresponding to the first node plate portion and toward the lower inside. The edge portions on both sides of the folded-in portion are thermally welded together with the edge portions on both sides of the first node plate portion. 15. If the liquid bagging of any one of the items 11 to 14 of the scope of the patent application, the liquid bagging can be self-supporting, which is lower in the center and faces the end edges of both sides. Increasingly high bottom or obtuse V shape. 16. The liquid bagging according to item 1 of the scope of patent application, in which the gas introduction path is constituted by a tunnel space which can be formed in a self-sustaining manner. 17. The liquid bagging according to item 16 of the scope of patent application, wherein the tunnel-like space is to soften the opposite surface portion of the aforementioned thermoplastic resin film by heating at least one of them to maintain a tunnel shape, and thereafter It is formed by hardening by cooling. 1 8. A liquid bagging feature, comprising a bagging body made of a soft thermoplastic resin film and forming a substantially envelope shape; 313623 revised version. Ptc page 3 2003. 04.18. 034 537910 _ case number 91108638 ¥ month ^ revised amendment VI. Patent application scope liquid in the bag body; formed in the bag body to introduce gas into the bag body A mouth portion; a gas introduction path that guides the gas introduced from the first mouth portion into the liquid; and a second mouth portion formed in the bagging body to send the gas and / or liquid passing through the aforementioned liquid to the outside, The aforementioned gas introduction path is formed by a heat-welded partition of a part of the bagging body, and has a micro-path that generates gas bubbles in the liquid through the gas introduced through the first port. 1 9. A liquid bagging assembly, comprising: (1) a bagging body for containing a liquid in a shape of a substantially envelope made of a soft thermoplastic resin film; formed in the bagging body to introduce gas into a bagging body A first mouth portion for use; a gas introduction path for guiding the gas introduced from the first mouth portion into the contained liquid; and a bag body formed to send the gas and / or liquid passing through the aforementioned liquid to the outside In the second port portion, the aforementioned gas introduction path is formed by a heat-welded partition of a part of the bagging body, and the liquid container has a micro-channel for generating gas bubbles in the liquid through the first port portion. Bag; (2) a first adaptor which is detachably fitted to the first mouth portion and communicates with a gas supply source, and which is integrally provided in parallel with the first adaptor, and is detachably fitted to the first adaptor 2 ports, connected to the supply target for gas and / or liquid supply. Universal adapter unit composed of a second adapter. (3) Removably connected to the first adapter of the humidifier adapter unit. Revised 313623.ptc Page 4 2003.14.18.035 537910 _Case No. 91108638 2 / Year Revised_ Six. Combined with the scope of the patent application, the gas supplied by the gas supply source is supplied to the humidifier connector of the first adapter; (4) It is detachably fitted to the second mouth portion, and by communicating with the gas supply source, the liquid is sucked up by using the negative pressure generated by the spray of the gas from the nozzle portion described later with the sprayer. The fourth adapter and the fourth adapter are integrally provided in parallel with each other, and are detachably fitted to the first mouth portion, and the water droplets generated by the induction portion of the joint described later after the sprayer is used are returned to the liquid bag through the drainage channel The third adaptor for internal use is composed of a sprayer adaptor unit that can be used interchangeably with a humidifier joint; and (5) a nozzle unit that injects a gas supplied from a gas supply unit; The negative pressure generated by the ejection of the gas draws the liquid upward from the bagging body into a mist and adds it to the suction portion of the gas; attracted by the flow of the gas containing the mist liquid, the air is introduced from the outside, and The gas containing the misty liquid is induced to the supply target together with the air, and the generated water droplets are returned to the induction portion in the liquid bag through the drainage ditch; and these portions are integrally and detachably combined with the sprayer. A sprayer joint formed by a coupling portion on the fourth coupling unit of the coupling unit. 2 0. A liquid bagging assembly, comprising: (1) a bagging body for storing liquid, which is formed in a substantially envelope shape with a soft thermoplastic resin film; formed on the bagging body to introduce gas into the bagging body A first mouth part for internal use; a gas introduction path for guiding a gas introduced from the first mouth part into a contained liquid; and a bag body formed to pass through 313623 amendment. Ptc page 5 2003.04.18. 036 537910 _ case number 91108638 f 1 year and month amendment _ six, the patent application scope of the aforementioned liquid gas and / or liquid sent to the second mouth for external use, The aforementioned gas introduction path is a liquid bagging formed by a heat-welding partition of a part of the bagging body, and having a micro-channel for generating gas bubbles in the liquid through the first port; (2) by It is integrally installed in the first port, a first adapter that is commonly connected to the gas supply source, and is integrated in parallel with the first adapter, and is integrally installed in the second port, and is connected to the gas supply and / or The supply target of the liquid is connected to the adapter unit of the humidifier and sprayer constituted by the universal second adapter; (3) Removably combined with the first adapter of the adapter unit of the humidifier and sprayer, The gas supplied from the gas supply source is supplied to the humidifier joint of the first adapter; and (4) a nozzle portion that injects the gas supplied from the gas supply portion; Negative pressure The bagging body is sucked upward into a mist and is added to the suction part of the gas; attracted by the gas flow containing the gas containing the mist liquid, the air is introduced from the outside, and the gas containing the mist liquid is induced to the supply target together with the air And the generated water droplets will return to the induction part of the liquid bag through the drainage channel; and these parts are integrally combined to be detachably coupled to the first adapter of the humidifier and sprayer adapter unit. The connector for the nebulizer is formed by the joint part and can be used interchangeably with the connector for the humidifier. 2 1. —A liquid bagging combination, which has: (1) a soft thermoplastic Revision 313623.ptc Page 6 2003. 04.18. 037 537910 _ Case No. 91108638 ¥ / Month / Revision_ VI. Patent application scope Resin film is formed into a substantially envelope-shaped bagging body; formed on the bagging body The first mouth portion for introducing gas into the bagging body; guiding the gas introduced from the first mouth portion to a gas introduction path in the liquid contained in the bagging body; and forming the bag body through the aforementioned liquid The gas and / or liquid is sent to the second port for external use. The aforementioned gas introduction path is formed by thermal welding of a part of the bagging body, and the gas introduced through the first port can be used. Liquid bagging with minute passages that generate air bubbles in the liquid; and (2) having openings through which the first mouth portion and the second mouth portion of the liquid bagging are passed to surround the bagging body openly, and Silencer made of hard thermoplastic resin for silencing the foaming sound of gas generated in the liquid bag. 2 2. The liquid bagging combination according to item 21 of the scope of patent application, wherein the muffler box is a pair of half-cut boxes divided by the dividing line through the opening, and the half-cut boxes can be opened It consists of a hinge mechanism that is connected to the ground. 2 3. If the liquid bagging combination of item 21 or item 22 of the scope of patent application, the muffler box has a foot portion or a liquid mouthing portion with the first mouth portion and the second mouth portion facing upward, or It is the base part. 2 4. A liquid bagging assembly, comprising: (1) a bagging body for containing liquid, which is formed in a substantially envelope shape with a soft thermoplastic resin film; formed on the bagging body to introduce gas into the bagging body A first mouth part for internal use; a gas introduction path for guiding a gas introduced from the first mouth part into a contained liquid; and a bag body formed to pass through 313623 revised version.ptc page 7 2003.04.18. 038 537910 _ case number 91108638 " ^ year ¥ month 2 / day amendment _ six, the scope of the patent application for the liquid contained in the liquid and / or liquid sent to external use In the second port, the aforementioned gas introduction path is formed by a heat-welded partition of a part of the bagging body, and has a liquid container having a micro-channel for generating gas bubbles through the gas introduced through the first port. Bag; (2) a first adapter that is detachably fitted to the first mouth portion and connected to a gas supply source; and a first adapter that is integrated with the first adapter and is detachably fitted to the first adapter 2 parts, connected to the supply target for gas and / or liquid supply, the joint unit for the humidifier, which is a universal second joint, (3) Removably combined with the first joint of the joint unit for the humidifier , To supply the gas supplied by the gas supply source to the humidifier joint of the first adapter; (4) detachably fit to the second port, and use the spray to communicate with the gas supply source The device is generated by the jet of gas from the nozzle section described later. Negative pressure, the fourth adapter for sucking up the liquid and the fourth adapter are arranged in parallel with each other, and are detachably fitted to the first mouth portion, which will be generated by the induction portion of the joint described later after the sprayer is used The water droplet is composed of the third adapter for returning to the inside of the liquid bag through the drainage ditch. The adapter unit for the sprayer can be exchanged with the junction for the humidifier; (5) The gas supplied by the gas supply unit is sprayed. Nozzle part; by the negative pressure generated by the gas ejection from the nozzle part, the liquid is sucked upward from the bagging body into a mist shape and added to the gas suction part; attracted by the air flow of the gas containing the mist liquid, Air 313623 revised version.ptc page 8 2003.04.18. 039 537910 _ case number 91108638 ¥ month day amendment _ 6, the scope of patent application is imported from the outside, and the gas containing mist liquid is induced to the supply target together with air, and The generated water droplets are returned to the induction portion in the liquid bag through the drainage channel; and the spray formed by the joint portion of the fourth adapter of the atomizer adapter unit is integrally and detachably combined with each of these units. And (6) having openings through the first mouth portion and the second mouth portion of the liquid bag to enclose the bag body openly, and the foaming sound of the gas generated in the liquid bag Silencer made of hard thermoplastic resin. 2 5. A liquid bagging assembly, comprising: (1) a bagging body for containing liquids in a substantially envelope shape made of a soft thermoplastic resin film; formed on the bagging body to introduce gas into the bagging body A first mouth portion for internal use; a gas introduction path that guides the gas introduced from the first mouth portion into the contained liquid; and a bag body that sends out the gas and / or liquid passing through the contained liquid To the second port for external use, the above-mentioned gas introduction path is formed by thermal welding of a part of the bagging body, and has a minute gas bubble generated in the liquid through the gas introduced through the first port. The liquid bag of the channel is installed; (2) The first adapter which is installed on the first mouth part and is connected to the gas supply source, and which is integrated with the first adapter, and is installed on the second one. The mouth part is connected with a humidifier and sprayer coupler composed of a universal second adapter connected to a supply target for supplying gas and / or liquid; (3) Removably connected to the humidifier and sprayer adapter Part of the Revision 313623.ptc Page 9 2003. 04.18. 040 537910 _ Case No. 91108638 "Month / Day Amendment_" VI. Application for patent scope 1 Combined with a coupler to supply the gas supplied by the gas supply source to the first joint (4) Nozzle unit that injects the gas supplied by the gas supply unit; the negative pressure generated by the gas injection from the nozzle unit, and the liquid is directed upward from the bagging body through the gas introduction path Attracted into a mist and added to the suction part of the gas; attracted by the gas stream containing a misty liquid, the air is introduced from the outside, and the gas containing the misty liquid is induced to the supply target together with the air, and the generated The water droplets will return to the induction part in the liquid bag through the drainage ditch; and these parts are integrally combined and removably combined with the joint part of the first adapter of the humidifier and sprayer adapter part. It is composed of a sprayer joint that can be used interchangeably with a humidifier joint; and (5) having openings through which the first mouth portion and the second mouth portion of the liquid bag can be opened to open the bag body. It is surrounded by a floor, and a rigid thermoplastic resin muffler is used to muffle the foaming sound of gas generated in the liquid bag. 313623 Rev. ptc Page 10 2003. 04. 18.041