JP2007197067A - Packaging container and cushioning mat used for the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a packaging container designed to house a spread-mat therein to avoid damage of fruits, etc., wherein positioning when inserting the spread-mat is made easy to raise packaging workability. <P>SOLUTION: The packaging container (A1) has a receptacle body (1) formed of a synthetic resin sheet and the spread-mat (2) housed in the receptacle body (1). The container body (1) is constituted of a bottom container (10) and a lid container (11) and is provided with a ventilating means (121) that enables ventilation inside and outside the container body (1) as the bottom container and the lid container are closed, and the bottom container (10) is provided with storing sections. The spread-mat (2) has cushioning property, provided corresponding to the positions of the storing sections of the bottom container (10), the spread-mat including incisions to be deformed as fruits, etc. are stored therein, while the bottom container (10) is provided with positioning means (14, 20) so that the spread-mat (2) can be stored at a predetermined position. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a packaging container and a cushioning rug used therefor. More specifically, for example, when packaging fruits such as strawberries and putting cushioning rugs inside the container body to increase the buffering properties and make it difficult for the fruit etc. to be damaged by vibration or impact during transportation, The present invention relates to an apparatus in which positioning at the time of putting a rug can be facilitated to improve workability during packaging work. In addition, when putting fruits, etc. into the container's main compartment from above the cushioning rug, it prevents the buffering rug from slipping or deforming into a distorted shape, making it difficult for the fruit, etc. to move in the packaged condition, and to clean the fit. It is related to what it looks like by doing.

For example, for packaging fruits such as strawberries, a box-shaped container made of a synthetic resin sheet with an open top is used. Inside the container, straws are arranged in multiple layers (usually two layers) and wrapped on the top opening side. The form of filming has long been used. However, with this packaging form, it is not possible to stack containers that contain and store bags, taking up space at the time of sale, and not being able to respond to luxury-oriented market needs because they do not look good at the time of display. was there.
For example, a container disclosed in Patent Document 1 has been proposed as one that can solve these problems.

  The bag container described in Patent Document 1 has a bottom portion in which a recess for storing a plurality of semi-hull-shaped bags similar to a shape obtained by cutting the bag in half vertically is formed, and a substantially central portion surrounded by the plurality of recesses A projecting portion formed on the periphery, a peripheral wall and a flange surrounding the periphery of the bottom, a body made of loop-shaped ridges formed on the flange, a top surface, and a peripheral wall and a flange surrounding the periphery of the top surface; A protrusion portion formed at a position on the top surface corresponding to the protrusion portion of the body portion, and a lid portion having a step portion to be fitted to the loop-shaped protrusion of the body portion formed on the flange, and connected The body part and the lid part are connected via the part so as to be freely opened and closed.

JP-A-2005-153934

  In the bag container described in Patent Document 1, since the bag stored in each recess during the packaging operation directly touches the bottom surface of the recess, the surface pressure applied to the surface of the bag is relatively large. In addition, there is a problem with buffering property, and it is easy to receive vibration and shock during transportation. For this reason, since a wrinkle is easily damaged and does not last long, there exists a subject that it cannot endure, for example, when transportation time is long.

  In addition, since the shape and size of the ridges placed in the recesses are not uniform, they may not fit well in the recesses and easily move within the recesses. In this case, the direction of the bag becomes uneven due to vibration or shock during transportation, and even if the bag is a high-quality product, it does not look good.

  In addition, when packaging not only candy but also trash etc., it is very common to use a cushion such as a mat to solve the above-mentioned buffering problem (for example, JP-A-10-287369). No. publication). However, simply trying to divert such a buffer to the bag container is not easy because the structure of the container and what is packaged are different. Further, the positioning of the buffer in the container is not strictly performed, and it cannot be said that it is useful for improving the workability of the packaging work in other packaging forms and improving the efficiency.

(Object of the present invention)
The object of the present invention is to provide a cushioning rug in the container body to increase the buffering property so that the packaging object such as fruit is not easily damaged by vibration or impact during transportation. It is intended to provide a packaging container and a cushioning rug used for the packaging container that can facilitate positioning when a rug is put in, thereby improving workability during packaging work.

  Another object of the present invention is to prevent the buffering rug from slipping or deforming into a distorted shape when the object to be packaged such as fruit is put into the container body housing part from above the buffering rug. The object is to provide a packaging container and a cushioning rug used for the packaging container in which the packaged article is made difficult to move and looks good by cleaning the fit.

Means taken by the present invention to solve the above problems are as follows.
The present invention has a container body formed of a synthetic resin sheet, and a cushioning rug to be put in the container body,
The container body includes a bottom container and a lid container connected to the bottom container, and allows ventilation to be performed inside and outside the container body in a state where the bottom container and the lid container are closed or packaged. Means,
The bottom container or / and the lid container are provided with a required number of accommodating portions,
The cushioning rug has a cushioning property, and is provided in accordance with the position of the container body accommodating portion, and is provided with a notch for inserting and deforming a packaged item.
The container body or / and the buffer rug is provided with positioning means for allowing the buffer rug in the container body to be in a predetermined position.
It is a packaging container.

The present invention has a container body formed of a synthetic resin sheet, and a cushioning rug to be put in the container body,
The container body includes a bottom container and a lid container connected to the bottom container, and allows ventilation to be performed inside and outside the container body in a state where the bottom container and the lid container are closed or packaged. Means,
The bottom container or / and the lid container are provided with a required number of accommodating portions and an engagement body for engaging with the buffer rug and stopping the buffer rug,
The cushioning rug has a cushioning property, and is provided in accordance with the positioning hole for determining the position of the cushioning rug to a required position by engaging with the engaging body of the container main body, and the position of the container body accommodating portion. Provided with a notch for inserting and deforming the packaged object,
It is a packaging container.

  The packaging container according to the present invention has a structure that is directly or indirectly supported by the engaging body so that the top part of the lid container is not deformed to the inner side when the bottom container and the lid container are closed or in the packaging state. Is more preferable.

  In the packaging container according to the present invention, the aeration means connects the bottom container and the lid container between the peripheral edge of the bottom container and the peripheral edge of the lid container in a state where the bottom container and the lid container are closed or in a packaging state. It is more preferable that the gap portion is formed over the entire circumference except for the portion.

The present invention is a cushioning rug used in the packaging container,
It has cushioning properties, and it is provided with a positioning hole for determining the position of the cushioning rug to the required position by engaging with the engagement body of the container main body, and it is deformed by inserting the object to be packaged according to the position of the accommodating part This is a cushioning rug used for a packaging container, which is provided with a notch.

  The present invention has a cushioning property, positioning holes for determining the position of a cushioning rug to a required position by engaging with an engaging body of a container main body constituting a packaging container, and a required number for accommodating packages This is a cushioning rug for use in a packaging container, which is provided in accordance with the position of the storage portion, and is provided with a notch for inserting and deforming an object to be packaged.

  The cushioning rug according to the present invention is more preferably configured so that the line connecting the base ends of the cuts is shaped like the projected shape of the package.

(Function)
The operation of the packaging container according to the present invention will be described. Here, each constituent element used in the description is assigned in correspondence with a reference numeral given to each part in the embodiment described later, and this reference sign is described in each claim of the claims. As in the case of the reference numerals, this is merely to facilitate understanding of the description, and the meaning of each component is not limited to the above-described parts.

  The operation of the packaging container for packaging fruits and the like will be described by taking as an example the case where the container is provided in the bottom container. In this case, first, the buffer rug (2) is put on the top surface of the bottom container (10). At this time, the positioning hole (20) provided in the cushioning rug (2) is fitted into the engaging body (14) of the container body (1) (the positioning means (14, 20) allows the cushioning rug (2) to be fitted. ) Into place.

  Thus, the position of the cushioning rug (2) is the portion of the buffer rug (2) where the cuts (a, b, c, d, e, f, g, h, i) are provided. Therefore, the workability at the time of packaging work can be improved. The container body (1) may be in a normal state in which the bottom container (10) and the lid container (11) are closed, or may be in an open state.

  In a state where the buffer rug (2) is put in the container body (1) as described above, fruits and the like are put into the storage portions (13, 16) from above the buffer rug (2). As a result, the part divided by the notch of the part provided with each notch (a, b, c, d, e, f, g, h, i) of the cushioning rug (2) is deformed to the accommodating part (13) side. However, the fruit and the like are stored in the accommodation section (13). Fruits and the like are accommodated in the same manner in all the accommodating portions (13), and finally the lid container (11) of the container body (1) is closed and packaged. In addition, the ventilation means (121, 19) can ventilate the inside and outside of the container body (1) in the state of the packaging operation, and the freshness of the packaged fruit can be maintained.

  The packaging container that wraps fruits and the like is directly or indirectly supported by the engaging body so that the top of the lid container does not deform to the inside when the bottom container and the lid container are closed or when packaging the fruit or the like. Since it is difficult to deform even when a certain amount of load is applied to the top (17) of the lid container (11), it is possible to stack packaging containers (A1) that contain and package fruits, etc. This is useful for saving space during transportation and display.

  The ventilation means of the packaging container that wraps fruits and the like is between the peripheral edge of the bottom container and the peripheral edge of the lid container in a state where the bottom container and the lid container are closed or in the state of packaging operation of fruits and the like. What is composed of gaps formed around the entire circumference excluding the part where the lid container is connected can easily pass cold air from the side, for example, compared to a vent hole opened in the wall of the container. Can be directly and reliably ventilated to the contained fruit, so it is particularly useful for packaging fruit, where it is extremely important to ensure ventilation when packaging to maintain freshness. .

  The line that connects the bases of the cuts of the buffer rug is designed so that it reflects the projected shape of fruits, etc., from the top of the buffer rug (2) to the receiving part (13) of the container body (1). When inserting the fruit, the parts separated by the notches (a, b, c, d, e, f, g, h, i) can be deformed reasonably and accurately along the shape of the fruit, so It is possible to prevent the rug (2) from slipping or deforming. As a result, it is possible to clean the fruit in the packaged state, and the product value is enhanced since the appearance of the packaged state is seen from the outside.

(A) In the present invention, by placing a buffering rug in the container body, it is possible to increase the buffering property so that fruits and the like are not easily damaged by vibration or impact during transportation. Further, when the buffer rug is put into the container main body, the position of the buffer rug is, for example, cut into the buffer rug by positioning means such as fitting a positioning hole provided in the buffer rug into the engagement body of the container main body. Since the portion provided with the position is automatically determined at a predetermined position that matches the position of each accommodating portion of the container body, it is not greatly affected by the ability of the operator, and the workability during the packaging operation can be improved. .

(B) The packaging container is a structure that is directly or indirectly supported by the engaging body so that the top part of the lid container is not deformed to the inner side in a state where the bottom container and the lid container are closed or in a packaging state. Because the top of the lid container is not easily deformed even when a certain amount of load is applied, it is possible to stack packaging containers that contain and package objects such as fruits and save space when transporting and displaying It is useful in planning.

(C) A portion in which the ventilation means of the packaging container connects the bottom container and the lid container between the peripheral edge of the bottom container and the peripheral edge of the lid container in a state where the bottom container and the lid container are closed or in a packaging state. What is composed of gaps formed around the entire circumference except for, for example, cool air from the lateral direction can easily pass through and is contained, compared to vents opened in the wall of the container, for example. This makes it possible to more directly and surely ventilate the fruit to be packaged, such as fruit, and is particularly useful for packaging fruit in which it is extremely important to ensure ventilation during packaging in order to maintain freshness such as strawberries.

(D) When the line connecting the base ends of the cut of the cushioning rug is configured to represent the projected shape of the packaged article, put the packaged article from above the cushioning rug into the container body receiving portion. Since the portion divided by the notch can be deformed without difficulty along the shape of the packaged object, the cushioning rug can be prevented from being displaced or deformed. Thereby, the accommodation of the packaged item in the packaged state can be made clean, and the product value is increased because the packaged item looks good when viewed from the outside.

  The present invention will be described in detail based on the embodiments shown in the drawings.

FIG. 1 is a front upper perspective view showing a first embodiment of a bag packaging container according to the present invention,
FIG. 2 is a rear upper perspective view showing the first embodiment of the bag packaging container,
FIG. 3 is a front lower perspective view showing the first embodiment of the bag packaging container,
FIG. 4 is a perspective view of a mat for use in the first embodiment of the bag packaging container.

  The bag packaging container A1 is composed of a container main body 1 formed of a transparent synthetic resin sheet, and a mat mat 2 which is a cushioning rug formed of a urethane resin sponge used in the container main body 1. Yes.

(Container body 1)
The container body 1 includes a bottom container 10 and a lid container 11 having substantially the same peripheral edge shape, and the bottom container 10 and the lid container 11 are connected to each other via a connecting portion 12 on a required side. The connecting portion 12 has a flat plate portion 120, and the flat plate portion 120 is provided with substantially circular vent holes 121 constituting the ventilation means at three positions at equal intervals.

  The connecting part 12 is connected to the bottom container 10 and the lid container 11 by a small-diameter curved part 122 provided at the entire length of the upper and lower ends of the flat plate part 120, respectively. According to this structure, it is superior in durability against bending and hard to break compared to a structure (such as a right-angled bending structure) that is connected so that corners are formed. In addition, the connection part 12 has the effect | action which urges | biases so that the bottom container 10 and the lid | cover container 11 may be opened in a normal state (state where an external force does not act).

(Bottom container 10)
As shown in FIG. 3, the bottom container 10 is provided with accommodating portions 13 at six locations. Each accommodating portion 13 is provided so as to protrude downward from the horizontal substrate 100, and the upper surface side is a concave portion. Each accommodating part 13 is provided at a position where one side is wide and the other side is slightly narrowed so that large-sized high-quality cocoons can be easily accommodated, and the flat bottom portion 130 is biased toward the wide part side. It is formed in a shape that is almost in shape.

  And the bottom part 130 is connected with the edge part (position of the board | substrate 100) of the accommodating part 13 by the several swash plate part 131 from which each inclination angle differs. In addition, the direction of each accommodating portion 13 (the direction in which it is narrowed in plan view) is aligned with the side direction of the bottom container 10 so as to form an angle of about 45 °.

  Engaging bodies 14 are provided so as to stand vertically upward at two locations on the center side of the substrate 100 of the bottom container 10 (locations surrounded by the surrounding four accommodating portions 13). The upper end of each engagement body 14 is formed horizontally and at the same height. The height of each engagement body 14 is set to a height (or a slight gap may be present) that comes into contact with the top portion 17 of the lid container 11 from the inside when the lid container 11 is closed.

  On the peripheral edge of the bottom container 10, a step 101 is formed downward from the substrate 100 over the entire periphery. The step portion 101 has a function of reinforcing the bottom container 10. In addition, two corners on the opening and closing side of the bottom container 10 in the peripheral part of the bottom container 10 are formed in an arc shape in plan view.

  In addition, engagement recesses 15 projecting downward from the substrate 100 and forming recesses from the upper surface side are provided at two locations on the long side on the opening and closing side of the bottom container 10 and at two locations on both end sides. Each engagement recess 15 is formed so as to engage with an engagement projection 18 of the lid container 11 to be described later, determine the closing position of the lid container 11, and maintain the engaged state. In addition, each engagement recessed part 15 is provided so that it may be located in the extended position from between each accommodating part 13. As shown in FIG.

(Lid container 11)
As shown in FIGS. 1 and 2, the lid container 11 is provided with an accommodating portion 16 corresponding to the accommodating portion 13 of the bottom container 10. Each accommodating portion 16 is provided so as to protrude upward when closed from the horizontal substrate 110, and a lower surface side is a concave portion.

  Further, a substantially rectangular top portion 17 is provided on the upper portion of each accommodating portion 16 so as to connect the accommodating portions 16, and a step portion 170 is provided on the peripheral portion thereof. The step portion 170 has a function of reinforcing the lid container 11. The peripheral portion of the stepped portion 170 and each housing portion 16 are connected by a plurality of swash plate portions 160, and the portion of each housing portion 16 that bulges from the swash plate 160 is substantially the same as the corresponding portion of each housing portion 13. It is provided in a symmetrical shape.

  A stepped portion 111 for reinforcement is formed on the peripheral edge of the lid container 11 from the substrate 110 to the upper side over the entire circumference. In addition, two corners on the opening / closing side of the lid container 11 in the peripheral edge of the lid container 11 are formed in an arc shape in plan view.

  Further, at two positions on the open / close side of the lid container 11 and at two positions on both end sides, there are provided engaging convex portions 18 that protrude downward from the substrate 110 and become concave portions from the upper surface side (FIG. 5). Each engagement convex part 18 is provided so as to be located at an extended position from between the respective accommodating parts 16 (two inner parts of the substantially equal position on the long side and two parts on the short side). Each engagement projection 18 engages with the engagement recess 15 of the bottom container 10.

  In the state where the bottom container 10 and the lid container 11 are closed and the respective engagement convex portions 18 are inserted and engaged with the respective engagement concave portions 15 and fixed, as shown in FIGS. 1 to 3 and FIG. A ventilation gap 19 constituting a ventilation means is formed between the peripheral edge and the peripheral edge of the lid container 11. The ventilation gap 19 is formed over the entire circumference excluding the connecting portion 12 that connects the bottom container 10 and the lid container 11, and cold air from the lateral direction can easily pass through. And reliable ventilation.

  Further, when the bottom container 10 and the lid container 11 are closed in the same manner as described above, the upper portion of the engaging body 14 of the bottom container 10 is substantially in contact with the top portion 17 of the lid container 11 from the inner surface side (a slight gap is present). ) If the top part 17 is slightly deformed downward, it can be supported. Note that the upper portion of the engaging body 14 may be in contact with the top portion 17 with the bottom container 10 and the lid container 11 closed.

(Laying mat 2)
The mat 2 used by being accommodated in the container main body 1 is a plate having a required thickness and a substantially rectangular shape (the four corners are arc-shaped). When the container mat 1 is accommodated in the container main body 1, the bottom container 10 and the lid container are used. 11 is formed in a shape and size that can be accommodated substantially inside the peripheral edge.

The mat 2 formed of a sponge made of urethane resin has an appropriate cushioning property that hardly damages the surface of the heel even when the heel is loaded when the heel is placed.
On the center side of the mat 2, positioning holes 20 are provided at two positions for determining the position of the mat 2 to a required position by fitting and engaging with the engaging body 14 of the bottom container 10. The positioning hole 20 is formed so that the inner peripheral portion just fits the surface of the engaging body 14 in contact with the outer peripheral portion. However, the positioning hole 20 may be formed large with some margin so as to be easily fitted.

  In addition, the mat 2 is provided with six deformation accommodating portions 21 for inserting and deforming a basket in accordance with the position of each accommodating portion 13 of the bottom container 10. Each deformation accommodating portion 21 is composed of eight cuts a, b, c, d, e, f, g, h, and i. The cuts a, b and c, d are provided in parallel, the cut e is provided with a boundary at right angles to them, and the cuts f, g are provided obliquely with a required angle from one end of the cut e. h and i are provided obliquely with a required angle from the other end of the notch e. The number of cuts is not limited to this, and can be set as appropriate. A line connecting the base ends of the cuts a to i is configured to represent the projected shape of the ridge (see the P portion represented by a dotted line in FIG. 4).

  At the peripheral edge of the mat 2, four notches 22 are provided at positions corresponding to the engaging recess 15 of the bottom container 10 and the engaging protrusion 18 of the lid container 11. Each notch part 22 is for preventing the deformation | transformation of the mat | matte 2 at the time of use by making it not contact with the engagement convex part 18. FIG.

FIG. 5 is a perspective explanatory view showing a state in which the basket is accommodated from above the mat in each accommodating portion of the bottom container in the first embodiment of the basket packaging container,
FIG. 6 is a cross-sectional explanatory view showing a state in which the bag is packaged in the bag packaging container.

(Function)
The wrapping work is performed as follows.
First, the mat 2 is inserted so that the positioning hole 20 is fitted into the engaging body 14 of the bottom container 10 and placed on the upper surface of the bottom container 10. As a result, the position of the mat 2 is automatically determined at a predetermined position where each deformation accommodating portion 21 of the mat 2 matches the position of each accommodating portion 13 of the bottom container 10. As described above, since the mounting and positioning of the floor mat 2 with respect to the bottom container 10 can be easily performed, workability at the time of packaging work can be improved. In addition, this operation may be performed in advance as a pre-operation before the packaging operation.

  In the state where the floor mat 2 is put in the bottom container 10 as described above, the basket S is put into each housing portion 13 from above the floor mat 2. Thereby, the part divided by notch ai of each deformation | transformation accommodating part 21 of the mat | matte mat 2 is pushed, and it deform | transforms so that it may be along the inner surface of the accommodating part 13 to the accommodating part 13 side, or it adapts, and the eaves S It fits in each accommodating part 13 in the state which interposed the mat | matte 2 (refer FIG. 5).

  In addition, since the line which connects the base end of notch ai which comprises the deformation | transformation accommodating part 21 of the mat | matte mat 2 is comprised so that the projection shape of the bag which is a package may be modeled as mentioned above, As described above, when the ridge is inserted, the portion divided by the cuts a to i can be deformed reasonably along the shape of the ridge, and the mat 2 can be prevented from being displaced or deformed. As a result, the storage of the bag S in the packaged state can be made clean, and the product value can be increased because it looks when the packaged state is viewed from the outside. Finally, the lid container 11 of the container body 1 is closed and packaged (see FIG. 6).

In the state in which the bottom container 10 and the lid container 11 are closed and the respective engagement protrusions 18 are inserted and engaged with the respective engagement recesses 15, the gap between the peripheral edge of the bottom container 10 and the peripheral edge of the lid container 11 is fixed. In addition, a ventilation gap 19 is formed over the entire periphery (three sides) excluding the connecting portion 12. The space of the air gap 19 is set to be slightly larger than the thickness of the mat mat 2 sandwiched between the bottom container 10 and the lid container 11 (about 5 mm in the present embodiment), and sufficient ventilation Is possible.
Further, according to this structure, the air gap 19 is accommodated because it is at the same height as the position where the accommodated soot is accommodated, and cold air from the lateral direction can easily pass through. Direct and reliable ventilation and cooling can be performed on the kite S, which contributes to maintaining the freshness of the kite.

  Further, in the packaging state, the upper portion of the engaging body 14 of the bottom container 10 is substantially in contact with the top portion 17 of the lid container 11 from the inner surface side, and the top portion 17 can be supported without being essentially deformed. According to this, it is difficult to deform even when a certain load is applied to the top portion 17 of the lid container 11, so that the casket packaging containers A1 containing and packaging the casket S can be stacked in multiple stages for transportation and display. In this case, space can be saved and various displays can be made.

FIG. 7 is a front upper perspective view showing a second embodiment of the bag packaging container according to the present invention,
FIG. 8 is a rear upper perspective view showing the second embodiment of the bag packaging container,
FIG. 9 is a front lower perspective view showing the second embodiment of the bag packaging container,
FIG. 10 is a perspective view of a mat for use in the second embodiment of the bag packaging container,
FIG. 11 is a perspective explanatory view showing a state in which a basket is accommodated from above the mat in each accommodation part of the bottom container in the second embodiment of the basket packaging container.

  The bag packaging container A2 is different from the bag packaging container A1 only in that the number of bags stored is eight instead of six, and only the part related to the difference in the number of containers stored is also different in structure. It is. Therefore, in the description of the bag packaging container A2, in the drawing, the same reference numerals are given to the same portions as the bag packaging container A1, and the overlapping description of the structure and operation is basically omitted.

The bag packaging container A2 is provided with eight storage portions 13a similar to the storage portion 13 on the bottom container 10a constituting the container main body 1a, and the engagement body 14a is provided only at one central portion. The mat mat 2a is similarly provided with eight deformation accommodating portions 21a similar to the deformation accommodating portion 21, and the positioning holes 20a are also provided at only one central portion. Moreover, the direction of each accommodating part 13a and the deformation | transformation accommodating part 21a is arrange | positioned with the direction parallel to the long side direction of the bottom container 10a.
About the structure of the other part, since it is the same as that of the said candy packaging container A1, description is abbreviate | omitted. The operation is also the same except that the number of bags S accommodated is eight, and the description thereof will be omitted.

  Note that the terms and expressions used in the present specification are merely explanatory and not restrictive, and do not exclude terms and expressions equivalent to the above terms and expressions. The present invention is not limited to the illustrated embodiment, and various modifications can be made within the scope of the technical idea.

The front upper perspective view which shows 1st Embodiment of the bag packaging container which concerns on this invention. The rear upper perspective view which shows 1st Embodiment of a bag packaging container. The front lower perspective view which shows 1st Embodiment of a bag packaging container. The perspective view of the mat | matte used for 1st Embodiment of a bag packaging container. Explanatory perspective drawing which shows the state which accommodated the basket from the top of the mat in each accommodating part of the bottom container in 1st Embodiment of a basket packaging container. Cross-sectional explanatory drawing of the state which packaged the soot with the soot packaging container. The front upper perspective view which shows 2nd Embodiment of the bag packaging container which concerns on this invention. The rear upper perspective view which shows 2nd Embodiment of a bag packaging container. The front lower perspective view which shows 2nd Embodiment of a bag packaging container. The perspective view of the mat | matte used for 2nd Embodiment of a bag packaging container. The perspective explanatory view showing the state where the basket was stored from the top of the mat in each storage section of the bottom container in the second embodiment of the bag packaging container.

Explanation of symbols

A1 苺 Packaging container 1 Container body 10 Bottom container 100 Substrate 101 Step part 11 Lid container 110 Substrate 111 Step part 12 Connection part 120 Flat plate part 121 Vent hole 122 Bending part 13 Housing part 130 Bottom part 131 Swash plate part 14 Engagement body 15 Engagement Concave portion 16 accommodating portion 160 swash plate portion 17 top portion 170 step portion 18 engaging convex portion 19 ventilation gap 2 mat mat 20 positioning hole 21 deformation accommodating portion a, b, c, d, e, f, g, h, i notch 22 notch A2 苺 packaging container 1a container main body 10a bottom container 11a lid container 13a accommodating part 14a engaging body 2a mat mat 20a positioning hole 21a deformation accommodating part S 苺

Claims (7)

It has a container body (1) molded with a synthetic resin sheet, and a cushioning rug (2) to be put in the container body (1),
The container body (1) includes a bottom container (10) and a lid container (11) connected to the bottom container (10), and the bottom container (10) and the lid container (11) are closed. Or provided with ventilation means (121, 19) that can ventilate inside and outside of the container body (1) in the packaging state,
The bottom container (10) and / or the lid container (11) is provided with a required number of accommodating parts (13, 16),
The cushioning rug (2) has a cushioning property, and is provided in accordance with the position of the accommodating portion (13, 16) of the container body (1). , c, d, e, f, g, h, i)
The container body (1) and / or the cushioning rug (2) is provided with positioning means (14, 20) for allowing the buffering rug (2) in the container body (1) to be in a predetermined position. Yes,
Packaging container. It has a container body (1) molded with a synthetic resin sheet, and a cushioning rug (2) to be put in the container body (1),
The container body (1) includes a bottom container (10) and a lid container (11) connected to the bottom container (10), and the bottom container (10) and the lid container (11) are closed. Or provided with ventilation means (121, 19) that can ventilate inside and outside of the container body (1) in the packaging state,
The bottom container (10) and / or the lid container (11) is engaged with the required number of storage parts (13, 16) and the buffer rug (2) to stop the buffer rug (2). An engagement body (14) is provided,
The cushioning rug (2) has a cushioning property, and a positioning hole (2) for determining the position of the cushioning rug (2) at a required position by engaging with the engaging body (14) of the container body (1). 20) and incisions (a, b, c, d, e, f, g) that are provided in accordance with the positions of the accommodating portions (13, 16) of the container main body (1) to insert and deform the package , h, i)
Packaging container. When the bottom container (10) and the lid container (11) are closed or in a packaging state, the engaging body (14) directly or indirectly prevents the top (17) of the lid container (11) from being deformed inward. The structure is supported by
The packaging container according to claim 1 or 2. A ventilation means is provided between the peripheral edge of the bottom container (10) and the peripheral edge of the lid container (11) in a state in which the bottom container (10) and the cover container (11) are closed or in a packaging state. 10) and a gap (19) formed over the entire circumference excluding the part (12) connecting the lid container (11),
The packaging container according to claim 1, 2 or 3. A cushioning rug (2) for use in a packaging container according to claim 2, 3 or 4,
A positioning hole (20) for determining the position of the cushioning rug (2) at a required position by having engagement with the engagement body (14) of the container body (1), and a container (13, (16) provided with a notch (a, b, c, d, e, f, g, h, i) provided in accordance with the position of 16) for inserting and deforming the packaged goods,
Buffer rug used in packaging containers. A positioning hole (20) for determining the position of the cushioning rug (2) at a required position by engaging with the engaging body (14) of the container main body (1) having a cushioning property and constituting the packaging container, Incisions (a, b, c, d, e, f, g) that are provided in accordance with the position of the required number of accommodating parts (13, 16) for accommodating the objects to be packaged and for inserting and deforming the objects to be packaged , h, i)
Buffer rug used in packaging containers. The line connecting the base ends of the notches (a, b, c, d, e, f, g, h, i) is configured to emulate the projected shape of the package,
A cushioning rug used for the packaging container according to claim 5 or 6.

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