JP2011168289A - Case for edible oil delivery and waste oil collection - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a case for edible oil delivery and waste oil collection in which pillow-packaged oil is delivered by an incineration corrugated fiberboard-made box, any separate bag need not be prepared for returnable items, and an accessory bag can be conveniently filled with waste oil. <P>SOLUTION: The case P for edible oil delivery and waste oil collection for transporting pillow-packaged oil 5 in which edible oil is prepared in small portion includes an outer box 1 having a spout 6 for jetting in and out waste oil on its upper part, and a resin-made inner bag 3 in which waste oil for return cargo is filled from the spout 6. The inner bag 3 is a sealed flat bag with both ends of a resin-made film tube being sealed. The spout 6 is projected from and connected to an upper side of one end. The inner bag is laid on a bottom of the outer box 1 in a liner manner with both ends thereof being raised along front and rear walls and inserted therein. The spout 6 is attached to a mouth hole 29 opened in the upper part of the outer box 1. The inner bags 3 are adhered to the front and rear walls of the outer box 1, and filled in the outer box 1 below the seal part 33 while keeping the erection of the seal part 33, and waste oil 7 is filled in each inner bag 3. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a edible oil delivery and waste oil recovery case that delivers edible oil for business use such as frying tempura or for household use, and the waste oil can be conveniently recovered.

  In the past, edible oil traders have generally delivered them to customers such as food processors and restaurants that purchase them in metal containers such as cans. In this case, the customer filled the waste container with waste oil and picked up the waste oil, but it was difficult to dispose of the metal container dirty with the waste oil. Therefore, recently, instead of metal containers, we used cardboard cases that are easy to dispose of by incineration, etc., and delivered edible oil that was divided into plastic bags and packaged in pillows, and customers separately supplied waste oil as return goods. It was packed in the same cardboard case in a prepared plastic bag.

  However, when the corrugated cardboard case is used as described above, it is easy to clean the corrugated cardboard case after collecting the waste oil, but it is not easy to pack the waste oil because a separate plastic bag is used for return cargo. In addition, waste oil that has been used may be put into a plastic bag immediately after frying the tempura from the procedure of the work procedure. At that time, if the waste oil reaches about 180 ° C, the seal part of the bag is If it is stuffed after being left to stand until the temperature drops to avoid this danger, there is a problem that the procedure for frying the tempura is poor.

  In view of the above circumstances, the present invention uses a corrugated cardboard case that can be incinerated and is delivered in pillow packaging. However, it is not necessary to make a separate bag as a return package, and waste oil is contained in an attached bag. It is an object of the present invention to provide an edible oil delivery and waste oil recovery case that can be conveniently packed and can withstand high temperatures of about 180 ° C.

  In order to solve the above-mentioned problems, the present invention provides a edible oil delivery / waste oil recovery case for transporting pillow packaging oil into which edible oil is subdivided, wherein a spout with a cap for injecting and pouring the waste oil is provided at the top. It consists of a cardboard outer box as the main body and a resin inner bag filled with waste oil returned from the spout. The inner bag is a sealed flat bag made by sealing both ends of the resin film tube. The spout protrudes and is connected to the upper surface of a flat mold near one end, and is placed in an insole to receive pillow wrapping oil on the bottom of the outer box, and both ends are raised along the front and rear walls. The front and back sides of the outer box are fitted so that the spouts are fitted in the mouth holes opened in the upper part of the outer box and the seals at both ends of the inner bag are always held at the upper end of the outer box when injecting waste oil from the spout. On the wall A edible oil delivery function characterized in that the bag is bonded and filled in the outer box below the seal part while the rising of the seal part is maintained, and the inner bag is filled with waste oil. Provide waste oil recovery cases.

  The edible oil delivery / waste oil recovery case is configured as described above. When using this for delivery, pillow packaging oil is wrapped on the inner bag of the outer box with the lid closed, and returned to the home. When using, inject waste oil from the spout with the lid closed. At this time, if the waste oil is stopped before reaching the top of the outer box and injected, the seals at both ends of the inner bag rise and the seals are located at the top of the outer box, so that the waste oil reaches the high seal part. There is no. Therefore, although this is a principle of use, even if it is accidentally filled near the full tank, the waste oil does not become a high pressure that causes damage to the seal portion. In the present application, the side where the spout is connected to the flap is defined as the front side wall.

  As described above, according to the edible oil delivery and waste oil recovery case of the present invention, it is delivered in pillow packaging using a corrugated cardboard case that can be incinerated. Of course, a safe transportation form can be obtained, and the waste oil as a return can be poured into the attached inner bag and packed conveniently. Even if it is injected at a high temperature of about 180 ° C, Since the seal portion does not reach the high place, the seal portion is not damaged by high temperature, and there is an excellent effect that the waste oil can be filled and transported extremely safely. In addition, it has the following effects.

(1) Along with the conventional transportation of edible oil, the cardboard outer box is an integral structure with the inner bag that can also be used as a waste oil container, and the inner bag is integrated. Injuries such as burns that occur when the bag comes off can be prevented, and the trouble of setting the bag in the cardboard box can be saved.
(2) It is convenient to provide a middle fold line on the width surface of the corrugated cardboard outer box (Claim 2), and to cut out the corner portion of the inner flap without causing an obstacle when putting waste oil from the spout.
(3) Adhesion strength between the inner bag and the spout can be obtained by bonding the inner bag with the base bag in the same resin as the spout molding resin. Item 3), the seal part is made heat-resistant by fusing heat-resistant nylon, etc., and safety such as liquid leakage is improved.
(4) Since the inner bag has a sufficient width (Claim 4), it is possible to insert an appropriate capacity.

It is a partially cutaway exploded perspective view showing a edible oil delivery and waste oil recovery case of the present invention. It is an external appearance perspective view which shows the use condition of the collection case of the delivery and waste oil collection | recovery of the cooking oil in a packaging state (The packaging state of pillow packaging oil or waste oil). It is sectional drawing seen from the front shown in the form when taking in and taking out pillow packaging oil in the collection case of delivery and waste oil of the cooking oil. It is sectional drawing which shows the collection case of the delivery and waste oil of the edible oil in the packaging state of pillow packaging oil. It is sectional drawing which shows the collection case of delivery and waste oil of the cooking oil in the packaging state of waste oil. It is the top view which partially cut off which shows the inner bag in the collection case of the delivery and waste oil collection | recovery of the cooking oil as a flat bag. (A) The figure is an enlarged and schematic sectional view taken along the line AA in FIG. 6, and (B) is an explanatory diagram in which the inside of the imaginary line circle is enlarged. It is an expanded view of the outer case of the collection case of delivery and waste oil of the cooking oil.

  The edible oil delivery / waste oil recovery case P in the present invention comprises a corrugated outer box 1 and an attached inner bag 3 that is always installed therein, and the inner bag 3 serves as a cushion for the pillow packaging oil 5. The return is a container for the waste oil 7 injected from the spout 6, but has been developed into a clever structure that will not be damaged by the high heat of the waste oil.

  The outer box 1 is made of paper corrugated cardboard or resin corrugated cardboard that can be disposed of by incineration, and the corrugated cardboard structure is not particularly limited. In addition to single-layer corrugated cardboard, two-layer corrugated cardboard is mainly used. Is desirable. As for the box type, in principle, the formula A is used, and a similar structure is desirable particularly for the convenience of taking in and out the pillow packaging oil 5 (see FIG. 3).

  The inner bag 3 is a prototype of a sealed flat bag in which seal portions 33 and 34 are formed at both ends of a resin tube film, and a resin spout 6 as a pouring inlet is attached to the upper surface of the one end portion. The connection hole 13 is opened. Since both the seal portions 33 and 34 are raised up together with the spout 6 of the connection hole 13 and are arranged at the upper end portion, the important portions can endure safely without touching high-temperature waste oil.

  As for the flat bag width W of the inner bag 3, the inner width of the outer box 1 on the left and right sides, that is, double-sided walls, in order to make it fit all the way into the lower half of the outer box 1 when bulging with the pressure of the waste oil 7 It is formed slightly wider so that more α and α are generated on the left and right than the width of 21 and 21, respectively. However, since the seal portions 33 and 34 are immersed in the outer box 1 so as to bump up to the top, the size of the width W is also constrained to be a common sense inner periphery. That is, when the waste oil 7 is added, the inner circumference when the bulge is generated so that a vacant space 15 (FIG. 5) is generated in the upper portion is set.

  The inner bag 3 is basically single, but can have a double structure composed of inner and outer tube films 35 and 36 in order to ensure strength and safety (see claim 3). In order to ensure the strength and safety as a further measure, the tube films 35 and 36 have a laminate structure made of different resin materials. Moreover, by doing in this way, besides ensuring the intensity | strength with respect to high heat, it can be made easy to adhere | attach to it according to the material of the molding resin of the spout 6 (Claim 3). In this respect, safety can be ensured.

  As for the material of the resin film of the inner bag 3, nylon, a laminate film of nylon and polyethylene, polyethylene terephthalate (PET), a laminate film containing aluminum foil, a composite film or a functional film thereof can be suitably used. There is no particular limitation. In the experiment, a laminate film of nylon and polyethylene or nylon and polypropylene was particularly preferred. Nylon is easy to withstand high heat, and 6 nylon is particularly preferable because it is inexpensive.

  The spout 6 is not particularly limited as long as it has a structure in which the injection / pouring barrel 6a can be fixed to the outer box 1 and sealed with the cap 20, but as shown in the following examples and claims 3, It is possible to cope with high heat in connection.

  Although the drawings show one embodiment, there is a portion schematically shown because the film structure of the inner bag 3 is not particularly finely illustrated. That is, in this case P, the inner bag 3 having a double structure is housed in the outer box 1 of the A-type cardboard box (FIGS. 6 and 7). In FIG. 5, only a single layer is shown, and in detail, the laminate structure is illustrated in an enlarged manner in FIG. However, this invention does not exclude a single-layered resin bag having a general structure.

  As for the outer case 1, the left and right side walls 19 and 19 and the front and rear side walls 21 and 21 are alternately arranged with respect to the body as the A type, and the inner flaps 23 and 23 are provided on the upper and lower ends of the side walls 19 and 19, respectively. Outer flaps 25 and 25 are connected to upper and lower ends of 21 and 21, respectively, and assembled by a glue margin 27 at one end. A mouth hole 29 for fitting the spout 6 is provided in the outer flap 25 on the front side. The film of the inner bag 3 is stuck to the outer flap 25 together with the spout 6 from this position. Therefore, the left and right inner flaps 23 and 23 are provided with notches 31 and 31 so as not to obstruct the outer flap 25 when the outer flap 25 is closed. In addition, in the assembly of the outer box 1 in the packaged state, an adhesive tape is stretched at a key point, but this illustration is omitted. Moreover, although the trunk | drum wall of the outer case 1 is a side wall, for convenience of explanation, the left and right side walls 19 and 19 and the front and rear side walls 21 and 21 are separated.

  The inner bag 3 is basically a flat flat bag hermetically sealed by heat sealing at both ends of the tube film, but in this embodiment, in order to ensure a high degree of heat resistance, The tube film 35 and 36 are made of a double layer made of inner and outer tube films 35 and 36, and both the tube films 35 and 36 have a laminate structure made of two resins of different materials. Then, the base rod 37 of the spout 6 was sandwiched between the laminated films of the inner and outer tube films 35 and 36 at the rim of the connection hole 13 and welded thereto. Specifically, FIG. 7 will be described as follows.

  Of the inner and outer tube films 35 and 36 constituting the inner bag 3, the inner tube film 35 is made of a nylon resin having an excellent heat resistance property because the waste oil is directly touched, and the outer member 35 b is a polyethylene resin. Configured as On the other hand, the outer tube film 36 has an outer material 36a made of nylon resin and an inner material 36b made of polyethylene resin. That is, the polyethylene resin is detachably joined between the inner and outer tube films 35 and 36.

  The seal portions 33 and 34 of the inner bag 3 are formed in a two-stage arrangement of end seal portions 33a and 34a and inner seal portions 33b and 34b (FIG. 6) to prevent waste oil leakage in two steps. Measures are taken. Further, with respect to the flat bag width W of the inner bag 3, there are excess α and α on both sides of the front and rear side walls 21 and 21, and two folds 40 and 40 are formed at a wide interval at the center of the width W. It is easy to deform in conformity with 1 fold (by the middle fold lines 43, 43).

  The spout 6 is formed of a polyethylene resin and mainly includes a short tube opening 6a. In this embodiment, the spout 6 is provided with a tube opening 6a at the center of the mouth plate 39, and the base portion is extended to the bottom of the mouth plate 39. 37 is projected. Further, a short edge collar 42 projects from the upper end of the mouth plate 39, and the edge collar 42 is fitted into the mouth hole 29 of the outer box 1 from the inside. A large number of kerfs are formed radially around the hole 29 for easy passage (see FIG. 1). The cap 20 is structured to be tightly fitted to the upper end of the tube opening 6a.

  For the attachment of the spout 6, the connection hole 13 through which the mouth plate 39 passes is opened on the upper surface of the inner bag 3. In this case, the polyethylene (35b, 36b) of the inner and outer tube films 35, 36 is made to the polyethylene resin of the spout 6. Since it is integrated in the same resin material, a strong bonding relationship is born, and because it is coated with nylon (35a, 36a) with excellent heat resistance, it has heat resistance and impact strength strength combined with the double bag structure. As a result, it was possible to ensure a high level of safety and reliability.

  FIG. 1 shows how to combine the outer box 1 and the inner bag 3. The inner bag 3 is folded into a U-shape as shown in the figure as a flat bag, and is put in the outer box 1 and bonded to the double-side walls 21 and 21. . At this time, since the remainders α and α are bent along the side walls 19, 19, the inner bag 3 becomes a cushion surrounding the pillow packaging oil 5 (FIG. 3). One end 3 a may be bonded to the start-up (see FIG. 4), or may be folded over the pillow packaging oil 5. The left and right side walls 19, 19 are provided with center fold lines 43, 43 extending along the center of the width across the upper and lower inner flaps 23, 23. It is possible to fold the mated folds to match.

  FIG. 2 shows the appearance of the packaging state of the pillow packaging oil 5 (FIG. 4) or the packaging state of the waste oil 7 (FIG. 5). The outer flaps 25, 25 are overlapped on the inner flaps 23, 23, and the lid Is closed, but the spout 6 falls into the notches 31 and 31 of the inner flaps 23 and 23.

  FIG. 5 shows the packaging state of the waste oil 7. In the central portion between the double-side walls 21, 21, an empty space 15 is created by putting the waste oil 7 at a midway height. In this way, the start-up of the seal portions 33 and 34 is maintained in relation to the liquid level of the waste oil 7. In order to suppress the amplification of the wave motion of the waste oil 7, the bulging inner diameter of the inner bag 3 is set to about half of the inner circumference of the outer box 1. This is desirable from the viewpoint of securing the stability of the position of the waste oil 7 (see FIG. 8, claim 4).

P Edible oil delivery and waste oil recovery case 1 Outer box 3 Inner bag 5 Pillow wrapping oil 6 Spout 6a Tube port 7 Waste oil 13 Spout connection hole 20 Cap 23 Inner flap 25 Outer flap 29 Outlet hole 31 Notch 33, 34 Seal part 35 Inner tube film 36 Outer tube film 35a and 36a Inner material (nylon) of inner tube film 35 as heat resistant resin and outer member of outer tube film 36 (nylon)
35b and 36b The outer material (polyethylene) of the inner tube film 35 and the inner material (polyethylene) of the outer tube film 36 as a resin of the same material as the spout
37 Base ridge 43 Middle fold line W Double-sided wall width α Remainder

Claims (4)

  In the case of edible oil delivery and waste oil recovery case that transports pillow packaging oil that is divided into edible oil, a spout with a cap for injecting and pouring waste oil at the top is provided, and a corrugated outer box as the case body, and the spout It consists of a plastic inner bag filled with return oil, and the inner bag is a sealed flat bag that seals both ends of the tube of the resin film, and is placed on the upper surface of the flat mold near one end. The spout protrudes and is connected to the bottom of the outer box so that it can receive pillow wrapping oil.In addition, both ends are raised along the front and rear walls, and the interior of the outer box is opened. The spout is fitted, and the inner bag is adhered to the front and rear side walls of the outer box so that the seals at both ends of the inner bag are always held at the upper end of the outer box when the waste oil is injected from the spout. Hold up Mom seal portion collection case of delivery and waste edible oils, characterized by being configured as waste oil to the inner bag is filled with filling the outer box below the.   The outer box is an A-type cardboard box in which inner flaps are provided at the upper and lower ends of the left and right side walls constituting the body, and outer flaps are provided at the upper and lower ends of the front and rear double-side walls. In order to be able to fold, the left and right side walls and the upper and lower inner flaps form a mountain fold fold line along the width center, and the spout is formed in the mouth hole opened at the center of the width of one outer flap at the top. The edible oil delivery and waste oil recovery case according to claim 1, wherein a cutout is provided in the lower inner lap to avoid the spout and the surrounding inner bag portion.   The inner bag is formed in a double structure in which the inner tube film and the outer tube film fit together and are integrated at the seals at both ends, and both the inner and outer tube films are made of the same material as the spout on the side to be joined to each other The spout is formed on a laminate film that is a heat-resistant resin on the other side, the spout is resin-molded with a hook that hangs inside the outer box at the lower end of the cylinder mouth, and the spout is attached to the connection hole opened in the inner bag 3. A edible oil delivery and waste oil recovery case according to claim 1 or 2, wherein a laminate film of both inner and outer tube films is sandwiched between and fused or bonded. As described in claim 1, the inner bag is configured so that the inner bag is filled with the waste oil by filling the outer bag below the seal portion while maintaining the rising of the seal portion. The edible oil delivery and waste oil recovery case according to claim 1, 2 or 3, characterized in that it is formed in a flat bag width that has a remainder on both sides rather than the width of the front and rear double-side walls of the outer box to be raised. .

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