TW201240883A - Package - Google Patents

Abstract

A package is comprised of: a stretch blow molded container (11) made of a synthetic resin and storing a content containing a surfactant; a plug (18) attached to a mouth/neck portion (15) of the stretch blow molded container (11); and an outer bag (12) enwrapping the entirety of the stretch blow molded container (11) with a gap around the container: wherein the container (11) can be displayed while the container is standing by itself. The stretch blow molded container (11) is formed by comprising a bottom portion (14) provided with a standing arrangement portion (13), the mouth/neck portion (15), and a trunk portion (16) located between the bottom portion (14) and the mouth/neck portion (15). The outer bag (12) is decorated. With respect to the stretch blow molded container (11) and the outer bag (12), a value (A) obtained by dividing the resin amount (W (g)) by 2/3 power of the container capacity (V (ml)) (A=W/V2/3) is 0.13 to 0.25, and the capacity of the container (11) is 1000 ml or lower.

Description

201240883 VI. Description of the Invention: [Technical Field] The present invention relates to a synthetic resin stretch blow molded container including a storage contents, and a package for packaging the extended blow molded container. Prior Art In recent years, various types of containers made of synthetic resin containing various liquids or other contents have been reduced in environmental load, and various types of containers for reducing the amount of resin used are being developed (for example, reference to patents). Further, as a container for storing various lotions, foods, etc., it is often used to refill a container by a stand-up pouch or the like. The refill container refills or replenishes the contained contents into a note including a dispensing nozzle or the like. In the refilled container of the outlet portion, the expensive refilled container is not discarded once, but can be used for a long period of time (for example, refer to Patent Document 2). The other surface will accommodate the contents. The more the main body of the synthetic resin container becomes thin, the more the shape is damaged and the strength is reduced, and the more difficult it is on the outer surface of the container A decoration for use as an advertisement or a specification for a logo or the like is applied. For example, even if a reinforcing rib is provided in the main body portion of the container, the conformal shape or the like is provided (for example, refer to Patent Document 3), and the thin-walled body is formed. There is also a limit on the degree of sputum. "When the female field uses a solution containing a surfactant as a main component in a container as a content, the temperature of the right content of the I month is lower than that of the filling. The space in the head space or the liquid, the combination of ', the 'product' is reduced, or the contents absorb the oxygen remaining in the internal air t, and the inside of the air is turned into a negative pressure, the container is easily deformed to the inside of 16I173.doc 201240883 </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> 6_16〇76 SUMMARY OF THE INVENTION The present invention is a synthetic tree-shaped stretch blow molded container including a content containing a surfactant, and is attached to the stretch blow a plug body of a neck portion of a molded container, and a package in which the entire stretch blow molded container is packaged in a state in which a gap is provided around the outer periphery of the stretch blow molded container, and the container can be self-standingly displayed (refilling package) The stretch blow molding container is formed to include a main body portion having a bottom portion of the self-supporting mounting portion, a neck portion for discharging the contents, and a bottom portion, and a decorative portion is applied to the outer bag. The stand-up pouch used in the past is a bag formed by laminating a resin film of a multilayer structure. Although it is excellent in heat sealability, sealing property, and fragrance retention, it is not sufficient in oil resistance, chemical properties, and the like. When a liquid containing a surfactant or the like such as a liquid lotion or a softening agent is stored for a long period of time, a component such as a surfactant passes through the sealant film to deteriorate the adhesive. Therefore, the base film and the sealant film are peeled off. Since the film is damaged by the pleats between the films, and the peeling progresses, the drop strength is lowered, and the content liquid which is received = is leaked. Further, the resin film has a multilayer structure. Therefore, for example, if the capacity is 1 GGG m or less on the right, the ratio of the resin amount to the capacity is increased by 161,173.doc 201240883, and the effect obtained by reducing the amount of resin is lowered. Further, the resin film which is easily stretched is adhered to the resin film which is difficult to stretch, and when it is punctured by the tip end of the needle or the like, the film is easily stretched as a whole without being stretched. That is, it can be considered that the load at the time of puncture becomes difficult to disperse. The present invention relates to a method in which the amount of the resin is reduced by a small amount, and the ratio of the amount of the resin to the capacity is small, even if the container is, for example, 丨〇〇〇ml or less, and the amount of the resin is directly reduced, and by reducing the amount of the resin, The package can be effectively prevented from being damaged in appearance, reduced in strength, and impaired in the stability of the contents contained therein. The inventor of the present application sets the form of the product for refilling the content of the product into a double structure of a molded container and a bag for packaging the molded container, and the function is appropriately shared between the molded container and the outer bag. In this way, it is possible to avoid damage to the appearance of the product, deterioration of strength, or deterioration of the stability of the contents contained in the container, and it is considered that even if it is a capacity of, for example, ι〇〇〇ml or less, The ratio of the amount of the resin to the capacity can be effectively reduced. The present invention includes a synthetic resin G t stretch blow molded container containing a content containing a surfactant, a plug body containing a neck and a neck of the extended blow molded container, and the entire stretch blow molded container A package (package for refilling) that has a - (five) gap around the package and that allows the container to be displayed on its own. The stretch blow molded container includes a body portion having a bottom portion of the self-supporting portion, a neck portion 'with the contents being poured out, and a bottom portion and a mouth portion, and a decorative portion is applied to the outer bag. The package ig of the preferred embodiment of the present invention shown in Fig. 1 is filled with a solution containing a surfactant, for example, a surfactant concentration of 15 161 173.doc 201240883% by weight or more and 80% by weight or less. Dan Zhen filled with liquid detergent as the extended blow molding container of the content, that is, the grain filling device 11 was filled with the liquid, and the product was packaged by the outer bag 12 to make the refilling self-supporting, and the outer bag Η - and displayed on the storefront. The refill container 11 constituting the package ig of the present embodiment is a stretch blow molded container. Therefore, compared with the stand-up pouch, the concentration of the surfactant of the liquid lotion which is contained as a content is 15 weight. In the above case, there is no delamination between layers, and the strength is excellent for dropping. It is ignorant that the effect of the drop strength is particularly remarkable at a surfactant concentration of 5 〇 or more. Further, the content is expected to be concentrated to 85% by weight or less, and 80% by weight or less is in a practical range. The user who purchases the package 1 of the present embodiment is refilled from the outer bag portion, and the liquid lotion is refilled in the refilled container 3 including the discharge portion 31 such as the nozzle or the like. In the middle (see FIGS. 3 and 5), after the liquid lotion is refilled in the refilled container 3, the empty refill container can be disposed in the outer bag 12 and discarded. By using the package 10 of the present embodiment, the discarded refill container 丨丨 or the outer bag 12 can be formed as thin as possible, and the environmental load can be effectively reduced, and the advertisement, the manual, and the like can be sufficiently ensured. The refill container 11 is displayed in a decorative area without damaging the appearance. That is, the package 10 of the present embodiment is a refill package, and is made of a synthetic resin containing a content (liquid lotion) containing a surfactant. a refilling container 11 for extending the human shaped barn, a plug 18' attached to the neck portion 15 of the refilling container, and a bag for packaging the refill container 11 in a state of having a gap around it 12, and can refill the container η 161173.doc 201240883 stand-alone display of the product. Here, the outer bag 12 is packaged and refilled with the gap around the outer bag 12, meaning that the outer bag 12 is not tightly refilled with the container 11, but is stored in a loose state. Out of the outer bag 12. The refill container u for extending the blow molded container also includes a bottom portion 14 having a self-standing mounting portion 13, a mouth portion 15 for injecting contents, and a bottom portion 14 and a neck portion 15 The main body portion of the space is formed. - The outer bag 12 is decorated with a decoration. The wall portion of the main body portion 16 of the refill container 11 which extends the blow molded container is μιη. Considering the shrinkage deformation of the container and The balance of the strength is such that the wall thickness of the main body portion 16 of the refill container π is preferably 70-130 μm, and further preferably 8 〇 12 12 μm. Further, the refill container having the thickness of the outer bag 12 is increased. The wall thickness of the main body portion 16 is preferably from 1 to 180 μm, but in consideration of the balance between shrinkage deformation and strength of the container, it is further preferably from 110 to 170 μm, particularly preferably from 120 to 160 μm. In the present embodiment, the wall thickness of the main body portion 16 of the refill container u is formed to be thin, whereby the refill container n can be formed, for example, such that the main body portion 16 has flexibility, and the flexibility can be The neck and neck 丨5 is placed in the inverted state of the lower Ο, without passing through the note The air of the mouth is replaced, and the main body portion 16 is contracted and deformed, and the liquid detergent filled and stored therein is injected until a certain extent (see FIG. 5). In the present embodiment, the outer bag 12 is attached to the outer bag 12 The refill container 11 constituting the package 10 is an extended blow molded container. As shown in Fig. 2 and Fig. 2, the bottom portion 14, the main body portion 16, the shoulder portion 17, and the mouth and neck portion 15 are integrally formed. The blow molded container 11 and the outer bag 12, the amount of resin w (g) (the amount of resin of the blow molding machine 11 plus the amount of resin of the outer bag 12). Plug 161173.doc 201240883 The amount of resin in the body 18 Except that the value A (A=W/V2/3) obtained by dividing the container capacity v (ml) (the full capacity of the container 11) by 2/3 is 0·13~0·25, the capacity of the container It is 1000 ml or less. The value A obtained by dividing the amount of resin w (g) by the power of 2/3 of the container capacity V (ml) is 0.13 to 0.25, even when the capacity of the container 11 is 1000 ml or less. It is also possible to maintain a state in which the amount of resin of the package body 1 of the double structure formed by the container and the outer bag 12 is reduced, and the amount of the resin is relative to the capacity. The ratio is controlled to be small, thereby effectively reducing the amount of resin to form the package 1. In order to ensure good formability of the refill container 11 or good shrinkage deformation of the main body portion 16 at the time of refilling, the amount of resin w (g) The value A (A=W/V2/3) obtained by dividing the container capacity V (ml) by the power of 2/3 is preferably set to 0.13 to 0.25. Further, the body portion 16 is formed for stability or contraction of the forming. The degree of compression is good, and the value of a is preferably 〇13~〇18. The total amount of resin w other than the plug 18 of the package 10 is preferably 3 to 25 g', more preferably 4.5 to 18 ge. The capacity v is preferably below i〇〇〇mi. If the operability or the inverted steadily is considered, the full filling capacity V of the container u is preferably 100 to 800 m, and further preferably 2 to 6 〇〇, here, in the present embodiment, The synthetic resin to be refilled in the container u is preferably a poly-smoke resin such as polypropylene or polyethylene, or a poly-p-benzoic acid, or a poly-lactic acid or the like. The container 11 is preferably a single layer container that is stretch blow molded from a single layer of synthetic resin comprising a single material. By making the refill container u from a single layer of a single layer containing a single material, the effect of the following can be obtained in addition to the reduction in the environmental load at the time of manufacture and the generation of the biomaterial (4). 161173.doc 201240883 Furthermore, the refill container (1) can also be formed as a multi-layered container that is stretch blow molded. s Here, the container u which is stretch blow molded into a single layer means that the polymer layer constituting the container u is a single layer. For example, a container in which a vapor-deposited layer is vapor-deposited on the surface of a single-layer polymer layer is a so-called stretch-blow molded single-wall container. The bottom portion 14 of the gastric refill container 11 is slightly thicker than the wall portion of the main body portion 16, for example, having a wall thickness of about 80 to 500. In the present embodiment, the bottom surface 14a of the bottom portion 14 includes, for example, a portion formed into a flat surface, whereby the self-supporting portion 13 is formed. The bottom portion 14 of the refill container u includes a self-supporting portion 13 having a thicker wall thickness than the main body portion 16, so that the outer bag 12 can be held by the self-weight of the liquid lotion filled in the interior of the refill container When the bottom surface 14a is pressed against the surface to be placed, the shape is placed on the stable mounting surface by the shape-preserving rigidity. Further, in the present embodiment, the bottom peripheral wall portion 14b which is extended more than one surface above the bottom surface i4a of the bottom portion 14 is gradually reduced in thickness, and is connected to a wall thickness of 5 0 to 15 0 μπι. The main body portion 16. Further, it is preferable that the fitting portion of the neck portion 15 and the plug body 18 is fitted by fitting, and the ratio of the resin to the spiral phase is reduced. In the present embodiment, the main body portion 16 of the refill container 11 is a cylindrical portion sandwiched between the bottom portion 14 and the shoulder portion 17, and has a diameter of about 40 to 150 mm and a height of about 60 to 250 mm. . Further, the main body portion 16 has a wall thickness of 50 to 150 μm, preferably has a wall thickness of 60 to 130 μm, and more preferably has a wall thickness of 70 to 120 μm. If the wall thickness of the main body portion 16 is too thin, the 161173.doc -9-201240883 is low and stable at the time of refilling. If it is too thick, it must be replaced by the air at the injection port when refilling. If there is no space in the air replacement, pulsation will occur, resulting in an increase in refilling time, or an increase in cost or waste during disposal. By making the wall thickness of the main body portion 16 a center 15 〇 _', it is possible to ensure the resilience at the time of refilling, and it is also possible to perform refilling for a short time by propelling the deformation of the container without replacing the lamp air. Further, by providing the wall thickness of the main body portion 16 to mi5G μηΐ, the main body portion 16 has a slidability. The flexibility is, for example, in an inverted state in which the mouth and neck portion 15 is disposed below. In the air replacement, the main body portion 16 is contracted and deformed, and the filling and storage are carried out in the refill container 11 MR (four) until a certain degree (see FIG. 5). In the present embodiment, the refill container n is a synthetic resin stretch blow molded container. Therefore, compared with the stand-up pouch formed by laminating the resin film of the multilayer structure, it is hardly contained in the interior. The action of the liquid lotion containing the surfactant causes interlayer peeling, whereby the drop strength and the like can be improved. Further, the refill container 11 is a stretch blow molded container, so that the piercing resistance of the package can be improved as compared with the stand-up pouch including the resin film having a multi-layer structure. In the case of a resin film of a multilayer structure, the rigidity of the printing substrate layer which is difficult to stretch in the multilayer structure becomes high, and on the other hand, the rigidity of the sealing layer which is easier to stretch than the 2 substrate layer becomes lower. At the time of force puncture, the sealing layer follows the printing substrate layer, so that it is difficult to avoid the load, and the resin film of the multilayer structure becomes difficult to stretch as a whole and is liable to be broken. In this case, in the case of the package body of the refill container 11 which extends the blow molded container as in the present application, the container n is stretched at the time of puncture, thereby changing It is easy to avoid the load and is less prone to cracking than the stand-up pouch. It is particularly effective in the case of forming a refill container u from a single layer of polyethylene, polypropylene, polyethylene terephthalate or the like. Further, since the outer casing is made of a bag, the effect obtained by the dispersion of the outer bag η' is further increased, and the puncture resistance can be effectively improved. 'Set the refilled gf 丨 1 as a single layer of the stretch blow molded body', and the resin film containing the surfactant is contained by the internal liquid detergent containing the surfactant. The interlayer of the adhesive layer is peeled off. Further, as a scene necessary for the puncture strength, it is conceivable that during the display or the conveyance, there is a case where the sharp object is punctured into the refill container n of the package 10 and the like. Moreover, when the consumer purchases the package 10 or brings the package 10 back, it is assumed that if the package 1〇 is carried together with the front end taper, the refilling capacity is broken due to the puncture of the front end. After the situation, etc. The package 1G is subjected to (4) and the container is refilled. The container constituting the package 1G is stretched to avoid the force. Therefore, the puncture strength can be evaluated by the stretch ratio of the package 10. The surfactant contained in the inner composite contained in the stretch blow molded container (refill container) may be selected from an anionic surfactant, a nonionic surfactant, a cationic surfactant, and a sex. One or more of the surfactants. When the concentration of the surfactant is 15 to 8 Gwt%, the effect of this month may be expected, especially when the concentration of the surfactant exceeds 50 161173.doc 201240883%. . Further, in the case where the type of the surfactant is contained in the case of containing the inner grain containing the oxidized ethyl group or the oxyethylene/epoxypropyl group in the molecule, the effect of the present invention can be further smashed. . Wherein, the alkyl ether sulfate containing polyoxyethylene (average addition molar number is 1 to 10 moles), polyoxyethylene (average addition molar number is 丨10), and alkyl ether acetate are contained therein. In the case of an anionic surfactant such as a salt or a content of a nonionic surfactant represented by the following general formulae (Al) or (A2), the effects of the present invention can be confirmed. Furthermore, it is more identifiable even when a content of a hydrocarbon containing a hydrocarbon represented by 1 to 2% by weight of limonene or a content of a water-soluble solvent represented by the following formula (B) in a weight percentage of biO is contained. The effect of the present invention. Specific examples of the anionic surfactant include an alkylbenzenesulfonate, an alkanesulfonate, an alpha alkanesulfonate, an alkylsulfate salt, which have an alkyl or alkenyl group having 8 to 18 carbon atoms. Polyoxyethylene (average addition molar number is 1 to 10) alkyl ether sulfate salt, polyoxyethylene (average addition molar number is 丨~1 〇) alkyl ether acetate, and the like. Typical examples of the nonionic surfactant include alkyl glycosides of the following formula (Α), an alkyl group having 8 to 18 carbon atoms or an alkenyl group (average addition molar number is 1 to 10) ), alkyl polyglyceryl ether (average addition molar number is 1 to 〇) and the like.

[Chemical UR, -T-[(R20)a-R3]b Formula (A) wherein R1 = alkyl group having a carbon number of 8 to 18, a rare group 16I173.doc • 12· 201240883 R2=2 or 3 The alkyl group R3 = an alkyl group having 1 to 3 carbon atoms or a hydrogen atom a = 1 to 1 Å, preferably 5 to 40, T = -〇-, -coo-, -CON- or, when T is In the case of -0·, -C〇〇_, b=i, when τ is _c〇N_ - or -N-, b is 1 or 2. As a specific example, the following compounds are mentioned.化 R,-0-(C2H40)cH (A1) wherein R1 represents the above meaning, C=1~1〇〇 is preferably 5~40 R!-0-(C2H40)d(C3H60 eH where R1 represents the above meaning, (A2) d or e are independently the number of i~2〇, and Ethylene Ethylene or Ethylene-Methylpyrene may also be random or enemy addition, ie, addition order Can be any

R'-CO-N ^(C2H40) , R* ^ (C2H4〇) , R5 (A3)

/(C2H40) , ~(C2H40) 'R* (A4&gt; where R1 represents the above meaning, f and g are each independently 〇~4〇, preferably 0~20, [巧为丨~(10), R4 And Rs are each independently a hydrogen atom and an alkyl group having 1 to 3 carbon atoms. As a representative cationic surfactant, a monoalkyltrimethyl group containing a vinyl group or an alkenyl group having a mountain number of 8 to 18 can be cited. Salt, monoalkyldimethylbenzylammonium salt, dialkyldimethylammonium salt, etc. Soil 161173.doc -13- 201240883 As a representative amphoteric surfactant, it can be mentioned that it contains carbon number 8~18 Alkyl or alkenyl alkyl dimethyl amine oxide, alkyl decylamine dimethyl amine oxide, decyl propyl propyl melamine beet, calcinyl thiol betaine sulfobetaine The higher the non-hydrophilic (lipophilic) one is, the more likely it is to cause interlayer peeling in the stand-up pouch containing the resin film of the multilayer structure. Therefore, it can be considered that the adhesion by the surfactant-free impregnation by the present invention is considered. The effect of peeling off the layer is high. Further, as the content containing the surfactant, a fragrance or a solvent may also be used. Specific examples thereof include hydrocarbons, alcohols, phenols, esters, carbonates, aldehydes, ketones, acetals, ethers, nitriles, carboxylic acids, lactones, and other natural ones. One or more of essential oils or natural extracts. Specific examples include limonene, linalool, guaiac sylvestris®, scent, n-hexyl salicylate, methyl jasmonate, and o-amine benzoic acid. Methyl ester, n-octyl aldehyde, rose ketone, [aldehyde ethoxyphenyl acetal, rosacea, geranonitrile benzoic acid, y-decalactone, orange, etc. Specific examples of the solvent" include carbon number 2 to 5 monohydric alcohol, polyhydric alcohol having 4 to 12 carbons, a compound represented by the following formula (B) and (C): [Chemical 3] R6-〇-(C2H40)h(C3H60)i-R7 (B) In the formula, R6 and R7 each independently represent a hydrogen atom, an alkyl group having 1 to 8 carbon atoms, a phenyl group or a benzyl group, except that R6 and R7 are each a hydrogen atom, and h represents 0 to 10; The number, i represents the number of 0~1〇, except for the case where 匕' i is 〇. 161173.doc -14· 201240883 R8〇CH2CH(OH)CH2〇h (C) where R8 represents the carbon number I~ 8 alkyl. The fragrance or solvent is also more The hydrophilicity (lipophilicity) is more likely to cause interlayer peeling in the stand-up pouch of the Yuki tree wax film. By U, the effect of the layer 2 caused by the fragrance-free or solvent impregnation is higher. X' is applied to the outer bag to make the direct light illuminate the surface of the extended blow-molded container, thereby suppressing the rise of the surface = Ο ,, so that the protection effect on the contents is considered to be high, preventing leakage In the present embodiment, the shoulder portion 17 of the refill container 11 is a portion that is connected to the upper portion of the main body material to constitute an upper end portion of the refill container n and has a dome shape. The neck portion 15 having a cylindrical shape projects upward from the central portion of the upper end of the shoulder portion 17 and is integrally provided on the shoulder portion 17. The portion of the shoulder portion 17 adjacent to the main body portion 16 has a thickness equal to or greater than the wall thickness of the main body portion 16 (the thickness of the wall portion is equal to or larger than the thickness of the main body portion 16 and forms a thin wall which is easily deformed similarly to the main body portion 16) and the wall The thick portion gradually becomes larger toward the central portion of the upper end. The shoulder portion supports the mouth-and-neck portion 15 in a stable state by the conformal rigidity of a portion in which the neck portion 15 having a thick wall thickness is increased. Further, in the present invention, It is not necessary to sandwich the shoulder portion 17 having a large wall thickness between the main body. Between the 口16 and the neck and neck 丨5, the thin body portion can also be directly joined to the base end portion of the mouth and neck. The mouth portion 15 of the mouth portion 11 is formed to be thick, so that it has a conformal shape that is difficult to be deformed by the hand force, and the upper end serves as the injection port l5a and opens on the mouth portion 15 to cover the injection port... In the manner of fitting, 161173.doc -15-201240883 = plug 18 for child use. Further, in consideration of the operability at the end of the plug 18, a mouth is provided on the neck portion 15 Part 15b. The weight body 18 and the refilling capacity||11; f; in the same place, preferably a synthetic resin structure formed by injection molding In the present embodiment, as shown in Fig. 3, the refilled container 60 in which the refilling container U is refilled or replenished with the liquid lotion is a known injection cap provided with the outflow port as the pouring portion 23. The container is mounted on the neck and neck. Moreover, as shown in Fig. 4 (a) and Fig. 4 (8), the sample 18: the top panel of the clogging refill container w-outlet ... is included, and can be placed in the refilled container. The thin portion 28«' which is broken by the outflow σ23, that is, the plug body 18 includes a top panel 25 and an annular sleeve portion 26 extending downward from the peripheral edge portion of the top panel 25. The inner peripheral surface of the tubular portion 26 is provided with, for example, a locking rib. The locking rib is not easily grasped by engaging the locking step portion provided on the outer peripheral surface of the neck portion 15 of the refill container 11. In the lower state, the plug body 18 is fitted to the neck portion 15 of the refill container u. Further, on the top panel 25 of the plug body 18, a positioning guide wall 27 is provided, which is erected from the top of the top panel Provided to position the neck portion 15 and the plug 18 of the refill container in the refilled container (10) when refilling the liquid lotion The positioning guide wall 27 includes a peripheral wall portion 27a having an inner peripheral shape along the outer peripheral shape of the outlet port 23 of the injection cap 19, and an opening portion 23a inserted into the outflow port 23 ( Referring to Fig. 3), the insertion portion 27b is formed. Further, on the top panel 25 along the inner base end portion of the peripheral wall portion 27a, a thin portion 28 is provided, which includes, for example, a half tangent, a half slit, and a front end 161173. Doc -16- 201240883 Inducible inclined groove (provided with a wedge body in such a manner that the front end of the inflow port 23 is induced to concentrate locally), which is equivalent to causing the refilling container to be inverted and inserting the outflow port 23 into the refilling When the inside of the neck portion 15 of the container (see Fig. 3) 'the top panel 25 can be broken by the outflow port 23. When the refilling operation of the liquid lotion is performed, the top panel 25 is broken along the thin portion 28 by the outflow port 25, so that the inside of the refill container can be easily connected to the inside of the refilled container 5〇- . The dispensing cover 19 including the outflow port 23 includes a sleeve portion 20 that is attached to the outer peripheral portion of the neck portion of the container body 61 of the refilled container 60 as follows, along the container body 6 1 The inner cylinder wall 21 disposed on the inner circumferential surface of the neck portion and the bottom wall 22 connected to the lower end portion of the inner cylinder wall 21 (see the figure for the sake of illustration). The outflow port 23 has a liquid for discharging the content liquid. The opposite side of the tilting direction is a U-shaped or substantially U-shaped cross-sectional shape of the opening portion 23a, and is provided to be erected from the bottom wall 22 so as to be spaced apart from the inner cylinder wall 21. The inner region of the outflow opening 23 of the bottom wall 22 is provided. The opening is formed with a spout 24. The front end of the outflow port 11 is preferably convex or concave toward the center and formed in the shape of one or two convex portions. Thereby, the thin wall with the plug 18 can be reduced. The contact area of the portion 28 is such that the thin portion 28 can be easily broken by causing stress concentration to be generated on one of the thin portions. Further, even if the shape of the front end is flat, the thickness of the front end can be made thicker. Thin, and the same effect is obtained. Further, the shape of the end of the outflow port 23 will be The rupture force has an effect, but it is not unbreakable, so it can be other shapes. As the shape of the plug 18, it can also be a screw cap or a pull ring style. Also, by taking the k body 18 off the mouth 15 The method of using the liquid detergent 161173.doc 201240883 can be refilled with a liquid lotion. The rim portion of the refill container 11 of the present embodiment is superior in handleability and has high morphological stability, so that it can be stably The liquid refilling agent is refilled. The outer packaging pouch 12 of the refill container 11 includes a thinner synthetic resin sheet material having a thickness smaller than that of the main body portion 16 of the refill container 11, for example, a thickness of 20 to 140 μm. In the present embodiment, the synthetic resin for forming the outer package bag 12 of the package refill container 11 is preferably made of, for example, a polyolefin resin such as polypropylene or polyethylene or polyethylene terephthalate. In the present embodiment, the resin amount of the resin of the refill container π plus the resin amount of the outer bag 12 is more than that of the resin. filling The amount of resin in the stand-up pouch of the same capacity (full fill capacity) of the container k container capacity V (full fill capacity) is reduced. Further, the outer package pouch 12 of the package refill container n may also be subjected to a heat-sealing varnish. The formation of a single layer of processed polypropylene material. In this case

The shape of the crucible refill container u is formed. For example, the front surface of the substantially square bottom surface portion i2a below the bottom surface 14a of the filling container 11 may be formed in the form of a pair of front and rear side portions 12b and a pair of left and right side surface portions. ! 2c is connected to the upper side, and the pair of left and right side surface portions 12c are folded in the upper valley, and the upper edge portions of the front and back of the front surface portion 12b are joined to each other as a belt-shaped sealing portion i2d. Thereby, the entire upper portion of the refill container 11 can be packed by the outer bag 12 by the shape in which the upper portions of the pair of front and rear portions 12b become curved surfaces. - The outer bag 12 is provided by covering the entirety of the refill container 11, and the front portion 12b or the side portion 12c of the outer bag 12 can be used to apply a decorative surface of a larger area of the advertisement or the specification. Further, since the entire refill container 11 is packaged by the outer bag 12 in a state in which there is a gap around the container 11, the temperature of the liquid lotion contained in the container 11 is lowered as compared with the filling, and the volume is reduced or liquid The lotion absorbs oxygen remaining in the air inside, deforms the inside of the container 11 into a negative pressure, and the deformation of the container n does not affect the outer bag 12'. Therefore, the outer bag 12 can easily maintain a superior appearance. Further, the refill container 11 is sealed in the outer bag 12, so that it is possible to effectively prevent the refilling of the container 11 during the period before use, and the light shielding property of the refill container 11 can be imparted by the outer bag 12 . Further, even if the refill container 11 is soiled during refilling, it can be placed in the outer bag 12 and discarded, so that the outer bag 12 can be effectively reused as a bag for disposal. Further, by providing the outer bag 12 by covering the entirety of the refill container η, the function of forming the refill container 11 formed into a thin wall can be complemented, and the strength of the package 10 as ασ can be effectively prevented from being lowered or accommodated. The stability of the contents in the container 11 is double. That is, the package body 10 has a double structure of covering the entire refill container u by bagging 12 outside a large circle, and thus, for example, refilling 161173.doc •19·201240883 between the filling container 11 and the outer bag 12 The gap&gt; functions as a function to ease the rush when falling; when the ritual layer can be used as a cushion and the outer side is punctured, the load at the time of puncturing is temporarily dispersed by the outer bag. Further, the load is received by the container ,, and the hardness is further effectively improved by the dispersion of the load due to the superior ductility and the uniformity of the load. ^ And 'covering and refilling the outside of the center of the buckle will not be in contact with the grain containing the interface, and will not cause interlayer peeling, so by making the bag 12 properly contain the steamed layer, oxidation Ming A layer such as an evaporation layer that contributes to the stability of the inner grain can complement the function of refilling the container u. Thereby, for example, discoloration, viscosity change, discoloration, and the like can be avoided, and the stability of the contents can be effectively improved. In the case of a stand-up pouch including a resin film of a multilayer structure, the stability of the contents can be improved by laminating the vapor-deposited layer, and the interfacial activity in the contents soaked by the niobium in the steamed surface on the other hand. The laminating strength of the agent, solvent, perfume, etc. is lowered, so that interlayer peeling is apt to occur. On the other hand, in the package 1 of the present application, an air layer exists in the gap between the refill container 丨丨 and the outer bag U, thereby preventing the surfactant, the solvent, the fragrance, and the like from flowing toward the vapor deposition surface. Since the vapor deposition layer is used, the stability of the content can be improved without causing a decrease in the drop strength due to the interlayer peeling. According to the package 10 of the present embodiment, even if the refill container 11 packaged by the outer bag 12 is, for example, a capacity of 1000 ml or less, the ratio of the resin to the capacity can be directly and effectively reduced. By reducing the amount of resin 161173.doc • 20·201240883, and by reducing the amount of resin, it is possible to easily avoid damage to the appearance of the product, or decrease in strength, and impair the stability of the contents contained therein, thereby effectively Seek a reduction in environmental load. The package 10 of the present embodiment having the above-described configuration can be placed, for example, on the bottom surface 14a of the refill container 11 and the bottom surface portion 12a of the outer bag 12, and can be displayed on the display rack of the store in a stable self-standing state. Further, for example, it is also possible to form a hanging hole in the band-shaped sealing portion Ud of the outer bag, and to display it in a suspended state.使用者 The user who purchases the package 1 of the present embodiment takes out the refill container 11 from the outer bag 12, and refills the filled liquid detergent into the lotion container as the refill container 60. As described above, the refilling operation can be easily performed by reversing the refill container u (see Fig. 3), and inserting the spout on the inner side of the neck portion 15 while the top panel of the plug body 18 is broken. 23, whereby the refill container 丨丨 is connected to the refilled container 6 0. Here, in the present embodiment, the wall portion of the refill container u has a wall thickness of 50 to 150, and thus is as shown in FIG. In the inverted state in which the mouth-and-neck portion 15 is placed below, the body portion 16 is not deformed by the air passing through the injection port 15a, and the body portion 16 is self-contracted and deformed, and the liquid is washed and stored inside. The agent is injected up to a certain extent, whereby it is easy to refill a certain amount of the liquid lotion even when the hand is released, so that the ease of use as a refill container can be improved. After the body portion 自身 is contracted and deformed by itself, the liquid lotion remaining inside the container ij can be replaced, for example, by air passing through the injection port 15a, or by squeezing the body portion by hand 161173.doc •21-201240883 16 Refill In the package iG according to the present embodiment, for example, the synthetic resin refill container η can be formed so that the main body portion 16 ==, and the interchangeable property can be used for the neck and neck. (5) The arrangement is &lt; In the inverted state, without being replaced by the air passing through the injection port 15a, the main body portion 6 is contracted and the liquid filled and stored therein is injected until a certain sound is emitted. And the display can be displayed in a state in which an effective decoration is applied without damaging the appearance. The package body 1 of the present embodiment is formed into a thin wall by refilling the container n and the outer garment 12, 盥.Λ ^ ^ In comparison with the well-known thin-walled bottle container or the garment, the amount of the resin to be used can be reduced, and the environmental load can be effectively reduced. And the package body according to the present embodiment has the above-mentioned effects. In addition to the effect, effects such as the following are obtained: a) Even if the content is an interface containing a ^^ 剞 / night body lotion, and by absorbing the ash remaining inside the refilled container 。. Become negative pressure It is easy to deform. Because the container 11 is covered by the outer bag, the container 11 is covered by the outer bag. Therefore, it will not see the crying 1 character. There is a deformation of the benefit 11, so it will not reduce the quotient 1) The container 11 is formed of a synthetic resin containing a single layer of a single-material without an adhesive layer, so that no peeling occurs between the containers u and no reduction in strength due to interlayer peeling. That is, "the peeling of the adhesive layer caused by the penetration of the sexual agent can prevent the decrease of the strength of the refilling tooth 11. C) The whole of the refill container u is packaged by the outer cracking bag 12, thereby 161173.doc -22- 201240883 The outer bag 12 is provided with a light-shielding property to prevent the vicinity of the surface of the refill container 11 due to direct light irradiation, and the witch/dishness rises and can be secured as a content. The stability of the liquid lotion is correct. The outer bag 12 guarantees the light-shielding property. Therefore, it is not necessary to carry out the extraction as the stand-up bag and the lamp field printing, and the transparent or translucent way can be formed to form the inner side of the stretch, and the outsider The refilling container 11 of the molded container is transparent to the right or the container is transparent, so that the contents can be visualized, thereby making it easier to refill at the time of refilling. By refilling the container

The combination of burglary/outer bag 丨2 can be used to control the barrier of gas barrier properties (4) barriers of Wangsi Valley State 11 with less resin. e) The whole refill container 11 is selected ± m ^ ^ M. You are packed by the outer bag 12, so you can't directly touch the hand and refill it. ^ ^ ^ 丹兀*今态11, for The tampering prevention of the storefront is also effective. f) The entire refill container 11 is packaged by the outer bag 12 in a state of having a gap around it, so that an air layer exists between the refill container 11 and the outer bag u. Effectively buffers the impact of external interference. g) Refilling Guyi 11 has considerable conformal rigidity because the neck portion 15 for inserting the plug 18 is formed into a thick wall, and the main body portion 16 has water, for example, from the water supply Since it is easily deformed to the extent that it is easily deformed by pressure, for example, after refilling of the liquid lotion, tap water can be injected from the garnish outlet 15a by the grip neck portion 15, and the inside of the container u can be easily cleaned. h) The design of the container for improving the operability at the time of refilling can be performed by setting the capacity of the refill container u to 1 〇〇〇 ml or less. Further, the present invention is not limited to the above embodiment, and various modifications can be made. For example, the contents contained in the refill container of the stretch blow molded container are not necessarily required to be liquid-washed, but may be various other internal materials containing a surfactant. x, the refill container is not limited to the user who does not shrink the body portion by being deformed by the air discharged through the discharge port, and the liquid is discharged. It can also be used by other methods of use. Further, the outer bag is not limited to the above-described form, and the container can be covered in various other forms in which the entire container is packaged with a gap. Further, the outer bag may be made of, for example, paper other than synthetic resin. In the above embodiment, the present invention further discloses the following package. &lt;1> A package comprising a synthetic resin stretch blow molded container containing a content of a surfactant, a plug attached to a neck portion of the stretch blow molded container, and The outer peripheral bag of the extended blow-molded container is packaged in a state of having a gap around the periphery, and the container can be displayed from the stand-up. The extended blow-molded container includes a bottom portion of the self-supporting portion, and the contents are filled. a neck portion and a main body portion between the bottom portion and the neck portion are formed, and a decoration is applied to the outer bag, and the surfactant contained in the content contained in the stretch blow molded container is contained. E0 (ethylene oxide, ethylene oxide) based or E〇p〇 (ethylene oxide-propylene oxide, ethylene oxide, propylene oxide) based surfactant. &lt;2> A package comprising a synthetic resin stretch blow molded container containing a content containing a surfactant, and a neck portion of the container of the stretch blow molding 161173.doc -24-201240883 The plug body and the outer bag of the stretch blow molded container are packaged in a state of having a gap around the plug body, and the container may be self-standingly displayed. The extended blow molded container includes a self-supporting portion. a bottom portion, a neck portion for injecting the contents, and a main body portion between the bottom portion and the σ neck portion, and the outer bag is decorated with a decoration, and the extended blow molded container is made of polypropylene or polyparaphenyl. A container of bismuth diformate and a wall thickness of 8 〇 to 120 μηι.

&lt;3&gt; The package according to &lt;2&gt;5, wherein the plug is a hitting type containing polypropylene. &lt;4&gt; The package according to the <2> or <3>, wherein the outer bag has an oxygen permeability of less than 1100 ml/m2.day.atm and a layer thickness of 7 以下 or less, and The outer bag is formed by applying a decorative heat sealable laminated film by printing. EXAMPLES Hereinafter, the package of the present invention will be described in detail by way of examples and comparative examples, but the present invention is not limited thereto. The value A (AW/V) obtained by dividing the tree sputum amount W (g) by the container capacity 2/3 curtain is appropriately changed, and has the same configuration as that of the package of the above embodiment! The double-filled refill package 12 is a package for refilling of the embodiment. For refill packaging (4) 'Evaluate "content stability", "dental strength (extension rate of refill package)", and "(4) (four) steep" by the following evaluation methods to have refill packaging The standing pouches 1 to 3 having the same capacity as those shown in Table 1 having the same capacity as the bodies 1 to 12 were used as the standing pouch of the comparative example. For the 161173.doc •25· 201240883 stand-up pouches 1 to 3, the following evaluation methods were used to evaluate the contents of “Stabilization of Life!” and “Puncture Strength (Stretching Rate of Package)”. The evaluation results are recorded in Table 1. in. In addition, as one of the indexes indicating the strength of the container and the puncture strength for the strength against the puncture of the container, the film is stretched to avoid the force when the container is actually ruptured by the puncture, so the container The stretch rate becomes important. In the examples and comparative examples, the puncture strengths of the refilled package or the standing pouch were evaluated. 161173.doc -26- 201240883 〇Ο [I嵴J J shrinkage deformability (mmHg) 〇10 〇10 〇10 〇10 1 Ο ίο 〇10 Ο 10 1 1 Ο 35 Ο 35 〇35 X 75 X 75 Refill Puncture strength (stretching rate) of the package &lt;N CS (N 〇Os 00 00 ο v〇ON 00 in Ό Χ56 m cs &lt;N VO 〇〇〇〇X 〇〇〇X 〇〇〇&lt;1 &lt; Content stability liquid fading 90 OS VO Os VO VO os 〇 (Ν On (N Δ 71 ] 0 96 ο ON to ON &lt;1 &lt;! &lt;3 〇&lt;1 &lt;1 〇&lt;&lt;1〇&lt;&lt;3 〇 Viscosity change 1 1_ 〇 0.3 〇 0.3 Ο 0.3 O oi Δ 0.9 〇 0.3 〇 0.1 O 0.1 Δ 0.6 0 0.3 Δ 0.9 Ο 0.4 Ο 0.4 Δ 0.5 Ο 0.3 Liquid discoloration 1_ 〇CN X 2.0 00 04 〇 ( ( ( ( ( X X X X X X Total resin amount W CS ιΑ CN vd inch yn 00 00 1—1 1 11.5 ! 15.3 17.2 r—^ 1 14.5 1 Outer bag OPP30 OPP30 PET12/LLDPE30 ΡΕΤ12/aluminum vapor deposition LLDPE30 Ξ CU Q wj PET12/LLDPE30 PET12/aluminum steaming Plating LDPE30 alumina evaporation PET12/LLDPE40 ω D- D j 1-1 ! CN ω Οη • I ONyl5/aluminum evaporation PET12/LLDPE150 | PET12/LLDPE30 ΡΕΤ12/ Ming evaporation LLDPE30 alumina evaporation PET12/LLDPE40 PET12/LLDPE30 1 ΡΕΤ12/aluminum evaporation LLDPE30 extended blow molding container 1_ l_〇pL_ OPP OPP OPP 1 OPP 1 OPP OPP 1 1 ΡΕΤ PET PET PET PET A value 1, 0.10 0.12 0.13 0.13 0.14 0.14 0.15 0.17 I 0.17 ; 1 0.18 0.22 1 0.22 : 0.25 0.32 0.32 , Refillable package 1 Refill package 2 Refill package 3 Refill package 4 Stand-up pouch 1 Refill pack 5 Refill pack 6 Refill Package 7 1 Stand-up pouch 2 Ί Stand-up pouch 3 Refill pack 8 Refill pack 9 Refill pack 10 Refill pack 11 Refill pack 12 -27- 16I173.doc 201240883 [Content Evaluation of the stability of the contents] The stability of the contents is judged comprehensively by the evaluation results of the hue change (liquid discoloration), the weight reduction rate (viscosity change), and the liquid color fading (liquid fading) of the contents. As the evaluation sample (content), a synthetic liquid lotion containing a total of 60% or more of a surfactant was used as the content. The hue change was evaluated by measuring the temperature of the contents or the deterioration of oxygen by using a promotion test at 50 ° C (without humidity management) / storage for 2 days. The hue is measured by a color difference meter at room temperature, and the difference between the initial b* value before storage and the b* value after storage is evaluated from the * value, and the judgment is judged as "〇", "1_哪1" ;9"^^ "△^"△bM.9" is judged as "χ". The measurement method is to transfer the preserved contents to a glass bottle' by means of a color difference meter (measuring time ice, observation condition: approximate to CIE2. field of view color function ^ observation light source: xenon light source / 6774 k (equivalent to containing blue sky In the light of the inside)) The content of the state is measured. The evaluation result of the hue change (liquid discoloration) and the value of _ are recorded in the weight reduction of the viscosity of the content (four) degree 1 month promotion test Evaluation. The weight ratio of the weight of the content and the weight of the preserved amount to the weight of the pre-storage will be used as the weight as ".," "$ heart rate r[Wt%] 1"r&lt;0.5 j is judged as "〇", "〇.5 心幻" is judged as the weight reduction rate (viscosity change) "1" is "X". Will be recorded in the table]. .篁 reduction rate - liquid color fading is the average of the pigment residual rate obtained by ^^ ' as follows: I6U73.doc •28· 201240883 and evaluation: the cumulative illuminance by daylight exposure test is 1〇MJ/m2 (in In the summer, it is about 2 weeks) and the fading test using 氙 light tester (radiance illuminance 6 〇 W/m2 (3 〇〇 ~ 4 〇〇 nm), black panel temperature at, in-tank temperature 40 C 'relative humidity 75 〇 / 〇, cumulative irradiance 10 MJ/m2, 24 hours), obtained from the change in absorbance of the content after the test. The residual ratio of the pigment is the ratio of the ratio of the initial absorbance before storage to the absorbance after storage as the residual ratio C [%], and "c&gt;8" is judged as "〇", and "50%$80" is judged as " △", ".&lt;5" is judged as "χ". Liquid color

The evaluation result of color (liquid fading) and the residual rate of pigment c [%] are recorded in Table i. The comprehensive evaluation of grain stability in the 针对 is based on the above-mentioned hue change (liquid discoloration), weight reduction rate (viscosity change), liquid The results of the evaluation of the color fading (liquid fading) are judged as "〇" when "〇" is one or more, and X" when "χ" is more than one (in which, "◦" and "χ" In the case of simultaneous existence, it is regarded as "X"), and when "△" is three, it is judged as "Δ". [Evaluation of puncture strength] The elongation rate obtained by the puncture test was evaluated in the following manner by the test methods shown in Fig. 6 (4) and Fig. 6 (b). In the case of the refilling package Η: When the refill container is filled with water, the plug is attached, and it is placed in an outer bag to be sealed, thereby preparing a sample. In the case of the stand-up pouch W, the filling water (four) is sealed: a sample is thus prepared. The water is filled in such a manner that the space ratio of the refill container and the stand-up pouch becomes the same. The samples filled with water are at 20. . It is used for measurement after storing i 曰 or more. On the upper part of the measuring device 70. A 161173.doc -29-201240883 jig 73 with a puncture needle 72 is provided on the 卩之汉盘盘71. The both ends of the sample 74 are fixed to the lifting table 76 by using the tape 75 or the like so that the main body portion of the sample 74 is in a convex state. The center portion (center portion) of the main body portion of the sample 74 is adjusted to abut against the front end of the puncture needle 72, thereby setting/fixing the sample 74. The puncture needle 72 is set to have a metal needle having a semicircular cross section of φ ι at the tip end. The ascending speed of the riser 76 is set to 5 〇 mm/min. The puncture stretch ratio of each sample 74 was calculated by measuring the stroke from the front end of the puncture needle 72 to the respective sample μ until the sample 74 was broken until the riser 76 was raised. The puncture stretch rate is set to the stroke amount] divided by the thickness of the sample 74 [the value obtained. The pros and cons are judged by the relative evaluation of the measurement results. If the stretch rate of 3 is "s&gt;9", it is judged as "〇", and "75^9〇" is judged as "A", "s&lt;75, and when it is seen as "", it is judged as x". The evaluation results of the puncture strength and the elongation rate s were recorded and recorded in Table 1. [Evaluation of Shrinkage Deformability] For the deformation and shrinkage of the container at the time of refilling, if the pressure difference ΔΡ between the inside and the outside of the container is 60 mmHg or less, it is easy to be naturally broken. Therefore, "△?々〇mmHg" is rated as "〇" "Must" is rated as "X". The container is filled with water until it reaches 9〇% of the full-fill capacity, and the lid of the injection benefit that is connected to the pressure is sealed, and the syringe is pulled to measure the internal pressure difference ΔΡ. Yu La Shen: The occupier of this squad is rising when the main singer of Lahu. In the case of the container to be opened / the month j ® force difference ushered in a peak and decreased. The peak value of the pressure difference at this time is referred to as ΔΡ' to evaluate the deformation shrinkage of the container. The evaluation result of shrinkage deformation is compared with the internal and external pressure difference ΔΡ„ and recorded in the table ι. According to the evaluation results of Table 1, the range of the value of the package 3~ is particularly 0·1 3~0.2 5 ' The meat is more than 1 'inner grain stability, puncture strength, and 161173.doc • 30- 201240883. The shrinkage property is superior. [Evaluation of preservation when the concentration of surfactant is changed] W (8) in addition to the U container capacity ν (five)) 2 / 3 curtains obtained A (A = W / v, Α = 0.13, α = 〇 15, α = 〇 22 ' α = 〇 32 A = 〇. 57, A = G .78, and the six refill packages having the same configuration as the package of the above-described embodiment were used as test bodies, and the evaluation test was carried out by the following method. 'Enter Ο 保存 In the evaluation test, each test body The refilling container of the extended-cut container is filled with the boundary of the knife, and the concentration of the active agent is (1 is 1 weight, 2 weight is 9: Γ°, 37% by weight, 45% by weight, 50% by weight, 63 heavy "two" (four) liquid as a sample. Each of the refilled cereals filled with various samples will be placed in the outer bag, respectively. The state, Shu months storage at 2〇 ° C

The amount of deformation of the main body portion at this time was measured by returning to room temperature. The main body value of the refilled container of the main body of the refilled container, the width of the sub-portion of the sub-month and the refilled container after the storage is divided by the width of the main body of the refilled container before storage! The degree of deformation under decompression is increased to increase the concentration of the surfactant. Lu A 60 is used, and in the case of storage, the volume of the main part of the refilled container is 6 〇 mm, and the stem is 5 〇. In the case of 'deformation 3 mm. Estimate the mouth and § § have been recorded in Figure 6 (4). Furthermore, in the area where the amount of deformation is the appearance, 5/. The above-mentioned area of the filled container is obviously deformed. According to Fig. 6(c), the content of the liquid of the side liquid is estimated to be 50, and the surfactant T of the liquid contained in the refilled container is less than the surface of the scale. *% or more, when the human tile surfactant is sprinkled and C is 15~5〇weight 0/〇 The appearance of the device becomes easy to be fingered from the moon opening ^ refilling the valley, so it is determined that The effect of the present invention can be more effectively exerted by bagging and covering the 161173.doc -31-201240883 filled container. On the other hand, a refill container such as a stand-up pouch is formed of a soft pack material having flexibility or portability. The container is easily deformed during refilling operation, and is liable to become extremely unstable. In such a case, for example, as a refill container for refilling the contents in a refilled container containing a discharge cap and a refill container containing a discharge port, it is preferably developed even if it is loose. In the state of the refilling container, a refilling operation can be performed (for example, refer to Japanese Patent No. 4352671). In the case of the hand-necked refilling device described in Japanese Patent No. 4352671, the neck portion is provided with a male thread portion that is screwed to a peripheral portion of the injection cap provided in the refilled Rongzhai. The transition of the female thread portion, and the transition cover is refilled by the inner lid of the line (line drawn) on which the breakable line is formed. Moreover, when refilling the contents, the transition cover: :::: fits over the male threaded portion of the cap, and by the note of the cap: 2... the inner cap of the transition cap is broken and the seal is opened to refill The container is connected to the quilt and the valley (four). Thus, by the mother part of the transition cover and the ejector cover 2: the σ necks of the snail two containers are sealed and joined together: the refilled contents are not directed toward the outside Refill the inside of the container. In the case of the rice 曰 曰 , , , 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 435 In contrast, the size of the cover becomes too large, and by the transition, the joint is partially sealed, and it is difficult to insert the screw of the male thread portion of the cover. 16JJ73.doc •32- 201240883 makes it difficult to perform smooth refilling. Further, in order to facilitate air replacement with the inside of the container, it is necessary to provide a complicated mechanism for air replacement in the refilled container or the ejection cap. On the other hand, there has also been developed a port plug for refilling a container in which a discharge port of a refilled barn is inserted into a cylindrical outlet portion which is provided to surround the sealing plate, whereby The outflow port is caused to rupture the sealing plate, and a gap is maintained between the outflow port portion and the injection/outlet port of the refilled container, thereby facilitating air replacement (for example, refer to Japanese Patent Laid-Open No. 2〇1〇-235151 Japanese Unexamined Patent Publication No. Hei No. Hei. No. Hei. However, in the port plug for refilling containers disclosed in Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. 2,235,235, the cylindrical outlet portion and the portion have a ϋ word. Or substantially 1; the cross-sectional shape of the word is filled between the discharge port of the refilled container, and the gap of the discharge outlet is substantially full circumference to maintain a gap of a considerable width, so that it is easy to refill the container during the refilling operation. Become unstable. Further, if the ruptured seal plate on the inner side of the refilled mouth portion of the refilled container excessively enters the depth of the discharge port of the refilled container, the air replacement becomes difficult to easily cause liquid overflow due to the reverse flow of air. Another invention of the present invention relates to a refillable container in which a refill container can be positioned in a stable state on a neck portion of a container body with a discharge cap including a discharge port, and can be omitted. A refilling container plug member that refills the contents of the refill container by a simple configuration of the air-replacement mechanism (plug body 161173.doc • 33-201240883 another application - The invention is for refilling the contents into the container body: the crotch portion is mounted with a refilled flow outlet of the refilled container in the refilled container containing the cap of the injection outlet, and the inspection member is mounted (pick up) The member includes a top panel and an annular sleeve portion extending downward from a peripheral edge portion of the top panel, and the plug is placed over the refill outlet of the refill container via the annular sleeve portion a member. The top panel is provided with an insertion guide wall from an upper sigh thereof, and the insertion guide wall includes a part of a peripheral wall having a peripheral shape of a peripheral shape along a cross-sectional shape of the injection outlet. And forming, on the top panel along a portion of the inner base end portion of the peripheral wall portion, a thin portion that induces the rupture of the top panel by the injection outlet, the insertion guide wall or the insertion The top surface of the inner side of the guide wall is provided with a flow path adjusting wall portion that is inserted into the open portion of the injection flow outlet. The above-described injection flow outlet is inserted into the inner portion of the insertion guide wall to make the above When the top panel is broken and the refilling outlet is opened, the inner peripheral surface of the peripheral wall portion is in close contact with the outer circumference φ of the cross-sectional shape of the injection outlet, and the lower portion of the flow path adjusting wall portion is used as the exhaust opening π portion. * Maintaining, positioning the filling container in this manner. Another embodiment of the present invention is a plug member (plug) 18 for refilling containers as shown in Fig. 2, Fig. 3, Fig. 4 (4), and Fig. 4 (b) above. The refill container u is, for example, a refilled flow outlet 15a (see FIG. 2) covering the front end thereof, and is planted on the neck portion 15 of the thin-walled bottle-shaped container. Here, the refill container u includes The bottom 14 of the self-supporting portion 13 The neck portion 15 for injecting the contents, and the wall thickness between the bottom portion 14 and the neck portion 15 are formed by a body portion 16 of about 5 〇 to i5 161 161173.doc • 34 - 201240883. For example, the main body portion 16 is formed. The flexible body is configured to be capable of contracting and deforming the main body portion 16 without being replaced by air passing through the refilling outlet 15a in an inverted state in which the neck portion 15 is disposed below. The liquid filled in the contents contained in the inside is discharged to a certain extent. Thereby, the container is refilled, and the bottle can be refilled to a certain extent, for example, even when the hand is released. In the present embodiment, as shown in Fig. 3, as shown in Fig. 3, the refill container 丨丨 is formed in the neck portion of the container body 61 with the ejection cap 19 including the outlet port for dispensing. And for refilling the container with the liquid lotion as a content, for example, by refilling or replenishing the liquid lotion in the refill container 60 for the liquid lotion. The plug member 18 for refilling the container, which is also a plug member, has a function of being accommodated in the refill container by a simple configuration of the injection cap 19 including the refill container 60 including the outflow port 23. The liquid lotion does not overflow from the inside of the refilled container 6 while passing through the injection path on the inner side of the outflow port 23 through the injection path inside the outflow port 23. That is, as shown in FIG. 3 and FIG. 7, the dispensing cover 19 including the outflow port 23 includes a peripheral portion of the neck portion covering the container body 6 1 of the refilled container 60, and the wearer of the dress is removed. The portion 20 is formed by the inner cylinder wall 21 disposed along the inner circumferential surface of the neck portion of the container body 61 and the bottom wall 22 connected to the lower end portion of the inner cylinder wall 21. The outflow port 23 has a U-shaped or substantially 11-shaped cross-sectional shape of the opening portion 23a on the opposite side to the pouring direction X (see FIG. 3) when the liquid detergent is injected, and is separated from the inner cylinder wall 21 from the bottom wall. 22 kidney stand * ¥ r set. Therefore, when the liquid lotion is caused to flow into the refilled container 161173.doc 35-201240883 via the injection cap 19, the liquid lotion is easily accumulated in the liquid before reaching the injection port on the inner side of the outflow port 23. Above the bottom wall 22 around the outer side of the outflow port 23. Further, particularly in the case where the liquid lotion is still viscous, the open portion 23a is clogged and the air replacement is difficult. Therefore, the liquid lotion is allowed to overflow beyond the inner tube wall 21 of the discharge cap 19 to the outside. In this case, the plug member 18 for refilling containers of the present embodiment is used for the purpose of refilling or replenishing the liquid lotion of the contents, and refilling the container from the refill container 11 to the refilled container 60. The refilling outflow path is limited to the portion of the inner side of the outflow π 23, which can effectively prevent the liquid lotion from overflowing from the capping cover 19, and is easy to be replaced with the air inside the refilled container 6 to make the liquid lotion smooth. The ground flows into the refilled container 6〇. Further, the refill container plug member 18 of the present embodiment is for refilling the refill container 60 in which the contents of the container body 6 are filled with the contents of the container body 6 The plug member that covers the refilling container u and refills the outflow port 15a, as described above, the capping cover includes the inner tube wall 21, which is disposed along the inner circumferential surface of the neck portion of the container body 60. The bottom wall 22 provided at the lower end portion of the inner cylinder wall 21 and the known person flowing out from the bottom wall 22 &amp; the outlet 23 have the opposite side to the pouring direction X when the liquid detergent is injected. The opening portion 23 &1; the word or the substantially U-shaped cross-sectional shape, and the inner cylinder wall 21 is erected from the bottom wall 22 and is disposed at the inner side of the outlet opening 23 of the bottom wall 22 to form a discharge opening. 24 (refer to Figure 7). As shown in Fig. 2 and Fig. 4(a) and Fig. 4(b), the plug member 18 for refilling container 161173.doc • 36-201240883 includes a top panel 25 and a peripheral portion extending from the top panel 25 downward. The annular sleeve portion 26' is attached to the refill outlet 15a of the refill container u via the annular sleeve portion 26, and the plug member 18 is attached. An insertion guide wall 27 is provided on the top panel 25 from the upper side thereof. The insertion guide wall 27 includes a peripheral wall portion 27a having a shape of a U-shaped or substantially U-shaped cross-sectional shape along the cross-sectional shape of the outflow port 23 or an inner circumferential shape of a substantially U-shape, and is inserted and disposed in the outflow port 23. The flow path adjustment wall portion 27b of the portion 23a is formed. On the top panel 25 of the portion along the inner base end portion of the peripheral wall portion 27a, a thin portion 28 for inducing cracking by the top panel 25 of the outflow port 23 is provided. The insertion guide wall 27 is provided with an outer peripheral portion that is locked to the outflow port 23, and the insertion guide wall 27 is disposed at an intermediate portion of the outflow port 23 to exhaust the opening portion 23a including the outflow port 23. The opening 29 (refer to FIG. 9) is held by the blocking portion 3A between the bottom wall 22 of the ejection cover 19 and the insertion guide wall 27. When the outlet port 23 is inserted into the inner portion of the insertion guide wall 27 to rupture the top panel 25 and the refill outlet 15a is opened (see FIG. 9), the inner peripheral surface of the peripheral wall portion 27a is in close contact with the discharge outlet. The U-shape of 23 or approximately 1; the cross-sectional shape of the word is outside the peripheral surface, and the exhaust opening 29' is held in this manner to position the refill container 11 (refer to Fig. 9). Further, in the present embodiment, the blocking portion 3 of the insertion guide wall 27 includes the abutting portion 27c which is interposed between the peripheral wall portion 27 &amp; and the flow path adjusting wall portion 27b, so that the peripheral wall portion 273 is 1; the open portion of the inner peripheral shape of the word or the red dot is disposed in such a manner as to block the wall portion 27b. This abuts against the wall portion 27. The lower portion of the outflow port 23 is abutted against the peripheral surface of the rib 31 (see FIG. 7) which is bent and extended from the side edge portion of the opening portion ( from the upper side, and is protruded 161173.doc -37· In 201240883, the reinforcing rib 32 is abutted, whereby the insertion guide wall 27 is disposed in the intermediate portion of the outflow port 23 (refer to FIG. 9). In the present embodiment, the refill container is formed, for example, by using a synthetic resin such as polypropylene, polyethylene, or polyethylene terephthalate, and formed by stretch blow molding, as shown in FIG. Includes a self-supporting placement unit. The bottom portion 14 includes a neck portion 15 including a refilling outlet for discharging the liquid detergent, and a main body portion 16 having a wall thickness of about 5 〇 15 之间 between the bottom portion 14 and the neck portion 15. Further, the refill container u includes a shoulder portion 33 which is connected above the main body portion 16 to constitute an upper end portion of the refilling volume (4) and has a dome shape, and the neck portion 15 of the tube shape is upward from the upper end portion of the upper portion 33 The party stands out and becomes integrated. The neck portion 15 of the refill container 11 is formed thick, so that it has a material m which is difficult to be deformed by hand force, and the upper end is opened as a refilling flow outlet 15a. The refill container inspection member 8 of the present embodiment is fitted to the neck portion 15 so as to cover the refill outlet. Further, in consideration of the operability at the time of end capping of the plug member 18, the mouth portion 15b is provided on the neck portion 15. In the present embodiment, the refill container 11 is manufactured in a state in which it is covered by a synthetic resin outer bag in which the entire refill container u is packaged in a state of having a gap therebetween, and A decoration such as an advertisement or a manual is attached to the outer farm bag, and displayed on the storefront or the like. In the present embodiment, the plug member 18 for refilling containers is, for example, a molded article using synthetic resin such as polypropylene or polyethylene, as shown in Fig. 2 and Fig. 4 (a) and Fig. 4 (b). The top plate μ of the disk shape and the flat cylindrical portion 26 of the flat cylindrical shape integrally extended downward from the peripheral portion of the 161173.doc -38 - 201240883 top panel 25 are formed. The inner peripheral surface of the annular sleeve portion 26 is provided with, for example, a locking rib 'not fastened by, for example, a locking step portion provided on the outer peripheral surface of the neck portion 15 provided in the refill container 11 In the state of being easily removed, the plug member 18 for refilling the container is fitted to the neck portion 15 of the refill container. The top panel 25 of the refilling container tamper member 18 is provided with an insertion guide wall 27' which is erected vertically above the top panel, for example, at a height of about 5 to 2 mm, for The neck portion 15 of the filling container 11 and the detecting member 18 are positioned in the ejection cap 19 of the refill container 6 when the liquid lotion is refilled. In the present embodiment, the insertion guide wall 27 includes a peripheral wall portion 27a having a U-shape or a U-shaped outer circumferential shape along the U-shaped or substantially U-shaped outer shape of the discharge port 23 of the injection cover 19, and an insertion configuration. The opening portion 23a of the outflow port 23 is preferably a channel adjusting wall portion 27b having a cross-sectional shape of a τ or a substantially T-shape, and a contact between the peripheral wall portion 27a and the flow path adjusting wall portion 27b. Wall portion 27c. The insertion guide wall 27 is an annular wall having a continuous cross-sectional shape of the lower portion of the rib outlet 31 of the iliac muscle outlet 23. Further, in the present embodiment, the thin portion 28 is formed on the top panel 25 of the portion along the inner base end portion of the peripheral wall portion 27 &amp; When the outflow port 23 is inserted into the inside of the insertion guide wall 27 in the correct direction, the top panel 25 can be induced to be broken along the thin portion 28 formed on the inner base end portion of the peripheral wall portion 27a so that the outer peripheral surface of the outflow port 23 It is in close contact with the inner peripheral surface of the peripheral wall portion 27a. In the present embodiment, the thin portion 28 is provided at least in the portion along the inner base end portion of the peripheral wall portion 27a except for the inner base end portion of the abutting wall portion 27C, that is, the 161173.doc-39 along the peripheral wall portion 27& - 201240883 The inner base end portion and the inner base end portion of the flow path adjusting wall portion 27b. Thereby, when the outflow port 23 is inserted, thereby breaking the inner top panel 25a of the top panel 25 surrounded by the insertion guide wall 27, the inner top panel 2 and the flow path adjusting wall portion 27b are both The joint portion of the side abutting wall portion 27c functions such that the hinge portion functions to rotate by the joint portion as a center of rotation, thereby specifying the direction in which the crack is broken. Thereby, the inner top panel 25a is disposed so as to overlap the opening portion 23a on the side surface of the upper portion of the discharge port 23 (see Fig. 9). Further, by this, the flow rate of the liquid lotion flowing into the refilled container 6 through the refilling outflow path from the inside of the flow port 2 3 can be easily adjusted. By providing one or more concave or convex cutting starting portions 28a at positions where the leading end of the outflow port 23 is in contact at the time of refilling of the thin portion 28, the opening property can be further improved. Further, in the present embodiment, the outer peripheral surface of the abutting wall portion 27c on both sides of the flow path adjusting wall portion 27b in which the insertion guide wall 27 is inserted is protruded from the outer peripheral surface of the rib 31 to the outflow port 23. The abutting reinforcing ribs are disposed in the longitudinal direction at the corresponding positions, and the insertion direction guiding ribs 设置 are provided. Since the insertion direction guiding rib 34 is provided on the abutting wall portion 27c of the insertion guide wall 27, the insertion direction guiding rib 34 coincides with the abutting reinforcing rib 32, whereby the insertion direction to the outflow port 23 can be easily understood. . Insertion direction The guide ribs 34 may also be provided on the annular sleeve portion of the plug member 18, which is attached to the sleeve portion 2 of the injection cover 19. Further, in the present embodiment, as shown in Fig. 4(b), the insertion guide wall 27 is inserted into the guide wall 27 in such a manner that a curved surface which is slightly recessed in a concave shape when viewed from the upper end side is formed. When the upper end surface is viewed from the side, a concave curved surface is formed, 161173.doc -40. 201240883 Thereby, when the refill container tamper member 18 is inserted into the outflow port 23 of the ejection cover 19, the flow can be easily performed. The front end of the outlet 23 is induced to the inside of the insertion guide wall 27. Further, the refill container 定位 can be positioned in a stable state in the neck portion of the container body 61 in accordance with the above-described configuration of the refill container inspection member (sample) 1 8 ′. 23 is placed on the refilled container 60 of the lid 19 and the contents of the refill container 1 can be smoothly refilled by a simple configuration without a complicated mechanism for air replacement. That is, the "refilling container plug member 8" is erected from the upper surface of the top panel 25 and is provided with an insertion guide wall 27, and the insertion guide wall 27 includes the same along the outflow port. The u-shaped outer peripheral shape of the word or the cross-sectional shape of the word or the peripheral wall portion 27a of the inner peripheral shape of the substantially U-shape, and the flow path adjusting wall portion 27b of the open portion 23 of the injection/outlet opening 23 are inserted. form. Further, a thin portion 28 for inducing cracking of the top panel 25 by the outflow port 23 is provided on the top surface plate 25 of the portion along the inner base end portion of the peripheral wall portion 27a. By this, even if the outflow port 23 is inserted into the inside of the insertion guide wall 27 in the wrong direction, as shown in FIG. 8, the flow path adjustment wall portion 27b can be pressed against the outflow port 23, thereby effectively preventing The top panel 25 is ruptured in a state where the outer peripheral surface of the outflow port 23' is not inserted along the inner peripheral surface of the guide wall 27. On the other hand, if the outflow port 23 is inserted into the insertion guide wall 27 in the correct direction, the outer peripheral surface of the outflow port 23 is in close contact with the inner peripheral surface of the peripheral wall portion 27a, and the flow path adjusting wall portion 27b is engaged with the flow. The open portion 23a of the outlet 23, whereby the refill container 11 can be positioned in a stable state and attached to the refilled container 6〇161173.doc -41 - 201240883. Further, the peripheral wall portion 27a of the insertion guide wall 27 has an edge. Since the outflow port 23u or the U-shaped outer shape of the U-shaped or substantially U-shaped inner peripheral shape is formed, the top panel 25 is broken by the thin portion 28, and the peripheral wall portion 27a is naturally induced when the outflow port 23 is inserted. The inner circumferential surface is in close contact with the outer circumferential surface of the outflow port 23, so that the inner circumferential surface of the peripheral wall portion 27a is in close contact with the outer circumferential surface of the outflow port 23. Therefore, the shape of the opening of the refilled outflow port 15a which is broken by the inner side opening of the inner side of the insertion guide wall 27, the refilling outflow path with the inner side of the outflow port 23, and the refilling outflow port 15a The injection port 24 of the inner region of the distribution outlet port 23 is linearly arranged in an opening shape of approximately $. By these means, the portion from the refill container u to the refilling outflow path of the refiller 16 can be limited to the inside of the outflow port and can suppress the flow rate, which can effectively prevent the liquid lotion of the contents. Self, and cover 19 coffee. Moreover, the peripheral wall portion of the insertion guide wall 27 need not be a word or a word, and if there is no sway or a large gap between the outflow port 23 and the insertion guide wall 27, even if it is an arc below a semicircle, for example It is also possible to adjust the flow rate by the flow path adjusting wall portion 27b, thereby preventing leakage. The opening portion 23&amp; of the upper side of the outflow port 23 is not blocked by the inner top panel 25a which is rotated, and the liquid amount of the liquid lotion is increased, and can be increased with the outflow port and further as shown in FIG. * ______ One

The intermediate portion of the outflow port 23, the outer peripheral portion of the port 23, and the insertion guide wall 27 are disposed at the intermediate portion, and the exhaust opening 29 is held to include the blocking portion 3 of the abutting wall portion I61173.doc-42-201240883 27c. . Thereby, the air can be replaced with the air inside the refilled container 16 via the air discharge opening 29 held by the blocking portion 3, and the liquid lotion can be easily and smoothly refilled or replenished. According to the simple configuration of the plug member 8 for refilling the container of the present embodiment, by using the structure of the outlet port 23 of the existing take-out cap 19, the size of the refill container 11 is not compared with the size of the refill container 11. The plug member 18 is too large, and the complicated mechanism for air replacement is not provided on the refill container 60 or the ejection cap 19, for example, in a state where the hand is released as shown in FIG. The main body portion 16 is contracted and deformed by itself, and the liquid refilling operation (including replenishing work) of the contents is efficiently performed in a stable state. Figs. 10(a), 10(b) and 11 are views showing a plug member 40 for refilling a container according to another embodiment. The plug member 40 for a refill container according to the present embodiment includes the top panel 45 and an annular sleeve extending downward from the peripheral edge portion of the top panel 45 in substantially the same manner as the plug member for a refill container of the above-described embodiment. The tubular portion 46 is attached to the refilled outlet 15a of the refill container via the annular sleeve portion 46 to mount the plug member 4''. On the top panel 45, an insertion guide wall 47 is provided to be erected from above. The insertion guide wall 47 is formed by a peripheral wall portion 47a having a U-shaped outer shape or a substantially circumferential inner circumferential shape of a U-shaped or substantially-shaped cross-sectional shape of the outflow port 23. In the top panel 45 of the portion along the inner base end portion of the peripheral wall portion 47a, a thin portion 48° for inducing cracking by the top panel 45 of the discharge port 18 is provided, and the plug of the other embodiment is provided. In the member 4A, the flow path adjusting wall portion 43 inserted into the opening portion 23a of the outflow port 23 is provided in the top panel 45a which is inserted into the inner side of the guide wall 161173.doc.43-201240883. By inserting the outer peripheral portion of the outflow port 23, the insertion guide wall 47 is disposed at the intermediate portion of the outflow port 23, and the discharge opening of the opening portion 23a of the l3 /"L outlet 23 is held. The abutting wall portion 47c provided so as to block the open portion of the inner peripheral shape of the word wall portion 473 is formed on the insertion guide wall 47. Further, the thin portion 48 is abutted. In addition to the inner base end portion of the wall portion 47c, a portion along the inner base end portion of the peripheral wall portion 47a is provided, whereby the inner base end portion of the abutment wall 47c can function as the hinge portion 49. When the portion 48 is in contact with the front end of the outflow port 23 at the time of refilling, one or more concave or convex cutting start portions 48a are provided to further improve the opening property. In the plug member 4〇 of the other embodiment As shown in Fig. u, the inner peripheral portion 47a is opened by inserting the outflow port 23 into the inner portion of the insertion guide wall 47 so that the top panel 45&amp; is broken along the thin portion 48 to open the refill outlet 15a. The stomach surface is in close contact with the u-shaped or substantially u-shaped cross-sectional shape of the outflow port 23 Further, the ruptured top panel 45a is rotated about the hinge portion 49, and the flow path adjusting wall portion 43 provided on the top panel 45a is engaged with the opening portion 23a of the outflow port 23 (see the broken line portion) By this, the refiller 11 can be positioned in a stable state and attached to the refilled container 6〇. Further, by the hinge connection, there is no part to block the flow path or foreign matter entering the re-entry. In the case of the refill container plug member 40 of the present embodiment, 161173.doc • 44 - 201240883 can be obtained in the same manner as the refill container plug member 18 of the above embodiment. Further, the present invention is not limited to any of the above embodiments. For example, the refill container in which the plug member for mounting the refill container is not necessarily required to be a thin-walled bottle shape may be used. Other containers such as stand-up pouches. They can also be installed by covering other refill outlets other than the neck. Also, the top panel or the annular sleeve part must not be a disc shape or a flat round shape. To have an oval or a quadrangle Other shapes such as shape and shape. It is also possible to use a blocking portion between the bottom wall of the injection opening and the insertion guide wall, so that the insertion guide wall can be disposed at the injection and discharge α. In other embodiments of the intermediate portion, the flow path adjusting wall portion does not have to have a cross-sectional shape of a τ word or a substantially word, and may have a rectangular shape that is insertable and disposed in an open portion of the discharge outlet. Other shapes of the cross-section, such as the arc shape, and the outflow port. The upper ribs 31 or the abutting reinforcing ribs 32 can be arranged by the insertion guide. In the middle of the outflow port 23. INDUSTRIAL APPLICABILITY 6 The package according to the present invention can be directly effective in reducing the ratio of the amount of the resin to the capacity even if the container is, for example, 1 GGG ml or less: By forming 'and reducing the amount of resin, it is possible to easily avoid the appearance of the product, the reduction in strength, the decrease in strength, and the damage of the contents contained therein, thereby reducing the environmental load. X According to the package of the present invention, an extended blow molded container can be made 161173.doc •45- 201240883

In the single-layered container, the strength of the container can be reduced without peeling off the adhesive layer such as A, and further thinning of the container and reduction in environmental load can be achieved. Moreover, since there is no peeling between layers, the appearance can be maintained to be good. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the constitution of a package of a preferred sinus sinus of the present invention. Figure 2 is a perspective view of an extended blow molded container and plug. Fig. 3 is a schematic perspective view showing a state in which the liquid washing (4) stored in the stretch blow molded container is filled in the refilled container t. Figure 4〇) is an enlarged perspective view of the plug body. Figure 4 (b) is an enlarged side view of the plug. Fig. 5 is a schematic perspective view showing a state in which the liquid lotion contained in the stretch blow molded container is refilled in the refilled container. Fig. 6(a) is an explanatory view of a puncture test of the package. Fig. 6(b) is an explanatory view of a puncture test of the package. Fig. 6(c) is a graph showing the results of evaluation of the degree of decompression deformation. Fig. 7 is a perspective view showing the configuration of a discharge cap including a discharge outlet. Fig. 8 is a perspective view of a main portion for explaining a state in which the plug member is prevented from being attached to the discharge port in the wrong direction. Fig. 9 is a perspective view showing the main part of the state in which the discharge port is correctly positioned and the plug member is mounted. Fig. 10 (a) is a plan view of a plug of another embodiment. Fig. 10 (b) is a side cross-sectional view showing a plug of another embodiment. Fig. 11 is a side cross-sectional view showing the state in which the plug of another embodiment is attached to the discharge/outflow force L K port 161173.doc - 46 - 201240883. [Main component symbol description]

10 Package 11 Extended blow molded container (refilled container) 12 Outer bag 12a Bottom portion 12b Front portion 12c Side portion 12d Banded seal portion 13 Self-supporting portion 14 Bottom portion 14a Bottom bottom surface 14b Bottom peripheral wall portion 15 Neck 15a Injection port (refilled outflow port) 15b Hose mouth part 16 Main body part 17 Shoulder 18 Plug body 19 Injection cap 20 Mounted sleeve part 21 Inner cylinder wall 22 Bottom wall 23 Outlet 161173.doc -47- 201240883 23a Open portion 24 Injection port 25 Top panel 25a Inner top panel 26 Annular sleeve portion 27 Insertion guide wall 27a Peripheral wall portion 27b Flow path adjustment wall portion 27c Abutment wall portion 28 Thin wall portion 28a Cutting start portion 29 Row Air opening 30 blocking portion 31 rib 32 abutting reinforcing rib 33 shoulder portion 34 insertion direction guiding rib 40 plug member 43 flow path adjusting wall portion 45 top panel 45a inner top panel 46 annular sleeve portion 47 insertion guide wall 47a Peripheral wall portion 161173.doc •48- 201240883 47c Abutment wall portion 48 Thin wall portion 48a Cutting start portion 49 Hinge portion 50 Refilled container 60 Refilled container 6 1 Container body 70 Measuring device 71 Setting plate 72 Puncture needle 73 Fixture 74 Sample 75 Tape 76 Ascending table Ο 161173.doc -49-

Claims (1)

201240883 VII. Patent Application Range: 1 · A package comprising a synthetic resin stretch blow molded container containing a content containing a surfactant, a plug attached to the neck of the stretch blow molded container And packaging the entire stretch blow molded container with a gap around the bag, and allowing the container to stand on its own. The stretch blow molded container is formed to include a main body portion having a bottom portion of the self-supporting portion, a neck portion for pouring the contents, and a bottom portion and the neck portion, and a decorative portion is applied to the outer bag. 2. The package according to claim 1, wherein the amount of resin A obtained by dividing the resin amount W (g) of the above-mentioned blow-molded container and the above-mentioned outer bag by a power of 2/3 of the container capacity v (ml) ( A=W/V2/3) is 0.13~ο·. And the capacity of the above container is 1000 ml or less. 3. The package of claim 1 or 2, wherein the content of the surfactant is from 15 to 80% by weight. 4. The package of claim 1 or 2, wherein the stretch blow molded container is a single layer container that is stretch blow molded. 5. The package of claim 2 or 2, wherein the extended blow molded container comprises a polysmoke resin. 6. The package of claim 1 , wherein the injection cap that is placed on the refilled container comprises an inner cylinder wall disposed along an inner circumferential surface of the neck portion of the container body, and is connected to the lower end of the inner cylinder wall The bottom surface of the portion [and the outlet of the outlet from which the bottom wall is erected, and the plug of the neck portion of the above-mentioned extended blow molded container is inserted by the end portion of the outlet of the above-mentioned M.K. And open the bolt. 161173.doc