JP3142797U - Shock relief transport container - Google Patents

Abstract

[PROBLEMS] To reduce a shock during transportation or drop of a product, such as a personal computer, which is vulnerable to impact, or prevent the impact from being transmitted to the product, and instantly store the product. An impact mitigating and transporting container is provided.
In an impact mitigation transport container that bends a piece of paper and holds a product, a side part of a peripheral part, a space part surrounded by the side piece, and a space part so as to hold a side end part of the product from the side piece. It is composed of an edge piece protruding to the side, a product pressing piece that presses and holds a corner of the product that is discontinuous with the edge piece on both ends of the edge piece, and a flexible film that covers the entire space portion A shock-relieving transport container characterized by that.
[Selection] Figure 1

Description

  The present invention is a container for sandwiching and carrying a thin and relatively large fragile product such as a personal computer. The product is damaged due to various external shocks during transportation or large shocks when the container is dropped. The present invention relates to an impact mitigation transport container for preventing the above.

  Conventionally, when packing and transporting products that are vulnerable to impacts such as personal computers in containers, in order to protect the products from various external impacts and impacts caused by dropping of the containers, a buffer member that absorbs those impacts is used for the container and the product. And the product is prevented from being damaged.

  The prevention means is expensive because an operation of disposing a buffer member between the container and the product or a material for the buffer member is required separately. Further, when a large impact such as a drop of the container is received, the product has been damaged due to breakage of the buffer member itself or loss of the buffer function of the buffer member. Furthermore, these cushioning members are often discarded as waste after use, and there have been many problems from the viewpoint of the environment.

  On the other hand, there is a container that holds a product between flexible sheets having elasticity and prevents an external shock from being directly transmitted to the product. In those cases, a flexible sheet is covered in the central opening, and a similar container is prepared separately, and the product is sandwiched between the flexible sheets, but the flexible sheet is held. The frame is torn or broken, or the product sandwiched between the flexible sheets moves together with the flexible sheet by a strong impact from the side of the product and impacts the inner wall of the container, damaging the product. It was happening to give.

Furthermore, in order to obtain the strength that can hold the product, the side wall of the container is doubled as in the following document, but in order to obtain the side wall, two pieces of paper are stacked and the stacked state is determined. Locking work for holding the container is required, and a lot of time is required for assembling the container.
Japanese Patent No. 3306405 Japanese Patent No. 3359001

  The present invention solves the above-mentioned drawbacks, when transporting a thin and weak product such as a personal computer, mitigating the impact during transportation or dropping, or preventing the impact from being transmitted to the product, and The present invention relates to an impact mitigation transport container capable of instantaneously storing products.

  The present invention relates to an impact mitigation transport container that bends a piece of paper to hold a product, and includes a peripheral side piece, a space surrounded by the side piece, and a space part so as to hold a side end part of the product from the side piece. It is composed of an edge piece protruding to the side, a product pressing piece that presses and holds a corner of the product that is discontinuous with the edge piece on both ends of the edge piece, and a flexible film that covers the entire space portion A shock-relieving transport container characterized by that.

  Further, corner pieces are formed at both end portions of each side piece, and the corner piece is divided by a bent portion formed in a diagonal direction, and one piece is used as a glue margin piece, and the glue margin piece is a back surface of an adjacent side piece. It features an impact-relieving transport container that is attached to the side.

  Further, the edge piece is formed so as to be shorter than the length or width of the product that accommodates the interval between any of the opposed edge pieces, and is configured to support at least the side end portion of the product. Features a relaxed transport container.

  Further, the product pressing piece is formed at a position shorter than the length or width of the product storing the interval between the adjacent product pressing pieces so that at least the corner of the product abuts the surface of the product pressing piece. It is characterized by an impact mitigation and transportation container.

  The present invention can hold a thin and weak product such as a personal computer with a flexible sheet having sufficient elasticity and hold it in a container. It was possible to prevent the impact from being transmitted directly to the product.

  In addition, the present invention prevents the product from moving in the container due to a strong impact from the side of the product and causing the product to directly contact and damage the inner wall surface constituting the container body. When it is moved, it is formed so as to come into contact with the surface of the frame which is rich in elasticity, and it becomes possible to prevent damage to the product by holding this elasticity.

  Furthermore, in order to strengthen the side wall that becomes the frame, the side wall is formed of a double piece of paper, but it is an instantaneous work that only pushes the side piece without spending time in assembling work to fix the pieces of paper together. It was possible to assemble an impact mitigation transport container that would be a three-dimensional shape.

  Hereinafter, the best mode for carrying out the present invention will be described with reference to the drawings.

  FIG. 1 is a perspective view showing a state in which the product W is disposed in an impact mitigation transport container 1 for transporting a product W vulnerable to impact, such as a personal computer of the present invention, and FIG. It is an expanded view which shows the state before assembling.

  The impact relaxation carrying container 1 is made of paper, in particular, corrugated paper is processed into a predetermined shape, a predetermined portion of the paper piece can be bent, and a part thereof can be glued to be assembled and formed.

  A piece of paper is cut and pressed by a press or the like to obtain an impact relaxation transport container 1 shown in the development view of FIG. The impact relaxation carrying container 1 is formed inside the first to fourth side pieces 2, 3, 4, 5, and the first to fourth side pieces 2 to 5 that form the periphery of a rectangular paper piece. The excision space 6, the first to fourth edge pieces 7, 8, 9, 10 and the first to fourth edges formed between the first to fourth side pieces 2 to 5 and the excision space 6 The first to fourth product pressing pieces 11, 12, 13, 14 and the first to fourth side pieces 2 to 5 formed at the corners of the pieces 7 to 10 and the excision space 6 And a flexible film 15 covering the surface.

  The first side piece 2 is formed in a long rectangular shape, and the first edge piece 7 is continuously formed on the inner one side edge portion via the bent portion 16. In addition, corner pieces 17 and 18 are formed at both ends, respectively, and the corner pieces 17 and 18 are divided to form overlapping pieces 17a and 18a, and the other parts are formed as adhesive margin pieces 17b and 18b. ing. The overlapping pieces 17a and 18a and the adhesive margin pieces 17b and 18b of the corner pieces 17 and 18 are formed with bending portions 17c and 18c at diagonal positions dividing the respective corner pieces 17 and 18, and are continuously formed to be bendable by the bending portions 17c and 18c. Has been. The overlapping pieces 17a and 18a are formed in a substantially triangular shape by the bent portions 17c and 18c, the bent portions 19 and 20 at both ends of the first side piece 2, and the outer edge pieces of the corner pieces 17 and 18. Similarly, the pieces 17b and 18b are also formed in a triangular shape, and an adhesive is attached to the back side thereof.

  A second side piece 3 and a third side piece 4 are respectively formed in succession to the adhesive margin pieces 17b and 18b, and bent portions 21 and 22 are formed therebetween. A second edge piece 8 is continuously formed on the inner side edge portion of the second side piece 3 in the longitudinal direction via a bent portion 23, and similarly, the third side piece 4 is provided with a bent portion 24 via a bent portion 24. Three edge pieces 9 are continuously formed.

  In addition, corner pieces 27 and 28 are continuously formed on the other end side of the second side piece 3 and the third side piece 4 via bent portions 25 and 26, respectively, and the corner pieces 27 and 28 are overlapped pieces 27a. , 28a and glue margin pieces 27b, 28b. A fourth side piece 5 is continuously formed on the corner pieces 27 and 28 with both of them as ends. Further, the fourth edge piece 10 is continuously formed on the inner side edge in the longitudinal direction of the fourth side piece 5 via the bent portion 29. Further, bent portions 30 and 31 are formed at both ends of the fourth side piece 5, respectively, and the adhesive margin pieces 27b and 28b of the corner pieces 27 and 28 are continuously formed. In order to divide and form the overlapping pieces 27a and 28a and the adhesive margin pieces 27b and 28b, bent portions 27c and 28c are formed at diagonal positions of the corner pieces 27 and 28, respectively.

  The first edge piece 7 continuously formed on the first side piece 2 is first cut obliquely from the both end portions of the bent portion 16 toward the ablation space portion 6 with the inner position of several centimeters as the base end. A portion 32 is formed, and the other end portion is similarly formed with a second cutting portion 33 obliquely toward the direction of the excision space portion 6 with a position having a predetermined distance from the end portion of the bent portion 16 as a base end. Yes. Accordingly, the first edge piece 7 is a substantially trapezoidal piece. In addition, the tip side edge which becomes the inner side makes it possible to disperse the force applied by the prevention of breakage of the flexible film and the vibration and impact by making it a gentle curve line.

  Similarly to the second side piece 3 and the third side piece 4, the second edge piece 8 and the third edge piece 9 have a base end at a position several centimeters from the end of each of the bent portions 23 and 24. A third cutting portion 34 and a fourth cutting portion 35, and a fifth cutting portion 36 and a sixth cutting portion 37 at the other end are formed obliquely from one end portion toward the cut space portion 6.

  Similarly to the above, the bent portion 29 side of the fourth side piece 5 is inclined diagonally from the one end portion of the fourth edge piece 10 toward the resection space portion 6 with the base end being a few centimeters. A seventh cutting portion 38 and an eighth cutting portion 39 are formed.

  As described above, the first and second product pressing pieces 11 and 12 are formed at both ends of the first edge piece 7, and the third and fourth product pressing pieces 13 and 14 are formed at both ends of the fourth edge piece 10, respectively. Will be.

  The first cutting part 32 and the third cutting part 34, the second cutting part 33 and the fourth cutting part 35, the fifth cutting part 36 and the seventh cutting part 38, and the sixth cutting part 37 and the eighth cutting part 39, respectively. Four first to fourth product pressing pieces 11 to 14 are formed. The first product pressing piece 11 has a substantially triangular shape in which a bottom portion side of a substantially triangular continuous portion 40 is a first bent portion 41 at a corner portion adjacent to the corner piece 17, and the first bent portion The portion 41 can be bent freely. In addition, the cut space 6 side is curved and prevents the flexible film 15 and the product W from being damaged.

  Similarly to the above, the second bent portion 43 is also provided between the first edge piece 7 and the third edge piece 9, between the second edge piece 8 and the fourth edge piece 10, and between the third edge piece 9 and the fourth edge piece 10. The second product pressing piece 12 through the third bending portion 45, the third product pressing piece 13 through the third bending portion 45, and the fourth product pressing piece 14 through the fourth bending portion 47 are formed.

  The first to fourth product pressing pieces 11 to 14 are formed at positions where the corners W1 to W4 of the product W are in contact with each other, and the product is formed on the surface of the first to fourth product pressing pieces 11 to 14. The corners W1 to W4 of W are elastically pressed and supported.

  The entire end of the excision space 6 is adhered to the first and fourth side pieces 2 and 5 by covering the flexible film 15. The flexible film 15 is excellent in stretchability and rebound, and has excellent durability that does not break or tear.

  As shown in the plan view of FIG. 3 and the back view of FIG. 4, the first and fourth side pieces 2 and 5 are bent at the first and fourth edge pieces 7 through the bent portions 16 and 29, respectively. Folded in the direction of 180 degrees so as to be located on the back surface side of 10, the back surfaces of the glue pieces 17 b, 18 b, 27 b, 28 b of the corner pieces 17, 18, 27, 28 formed at both ends of the side pieces 2, 5 The adhesive layer formed on the side is attached to the back side of the adjacent second and third side pieces 3 and 4. As shown by the points in FIGS. 3 and 4, the triangular portions at the ends are attached to the second and third side pieces 3 and 4.

  As described above, a part of the corner is adhered, and the first and fourth side pieces 2 and 5 and the corner pieces 17, 18, 27, and 28 shown in FIGS. 3 and 4 are the second and third side pieces. 3, 4 and the first and fourth edge pieces 7, 10 are transported to a position where the product W is stored in a flat state. Because of its flat shape, it can be effectively stacked and transported.

  When the product W is stored, the overlapping pieces 17a, 18a, 27a, 28a of the corner pieces 17, 18, 27, 28 are formed so as to be foldable from the bent portions 17c, 18c, 27c, 28c formed at diagonal positions. Therefore, when the side pieces 3 and 4 are pressed in the AA direction in FIG. 3, the side pieces 2 and 5 move in a direction away from the first and fourth edge pieces 7 and 10 around the bent portions 16 and 29, At the same time, the bent portions 19, 20 and 30, 31 also move, and thereby move to the position where the surface of the overlapping piece 17 a and the surface of the adhesive margin piece 17 b come into contact with each other. The overlapping piece 18a and the adhesive margin piece 18b, the overlapping piece 27a and the adhesive margin piece 27b, and the overlapping piece 28a and the adhesive margin piece 28b are similarly overlapped to form the three-dimensional impact mitigation transport container 1 shown in FIG. .

  As shown in FIGS. 1 and 5, the product W is placed on the flexible film 15 in the three-dimensional shape.

  Separately prepare the same shock mitigation transport container 1 formed as described above, and as shown in FIG. 6, the impact mitigation transport container 1 ′ is separately stacked on the impact mitigation transport container 1 on which the product W is placed, The product W is held by the flexible films 15 and 15 '.

  The product W held by the flexible films 15 and 15 ′ presses the opposing protruding edge pieces 8, 8 ′, 9, and 9 ′ that protrude toward the cut space portions 6 and 6 ′, respectively. The product W is strongly held by the force of returning to the edge pieces 8, 8 ', 9, 9'. Further, since the product W is in contact with the front end side of the edge pieces 8, 8 ′, 9, 9 ′ and sandwiches the product W as a whole, the force is applied to the edge piece 8 even if vibration or impact is applied from the outside. , 8 ', 9, 9' and force is not concentrated, so that the product W and the edge pieces 8, 8 ', 9, 9' can be prevented from being damaged.

  In addition, as shown in FIG. 5, the first to fourth product pressing pieces 11 to 14 are continuous on one side via triangular connecting portions 40, 42, 44, 46 and bent portions 41, 43, 45, 47. Since the other parts are discontinuous and independent by the first to eighth cutting parts 32 to 39, the corners W1, W2, W3, and W4 of the product W are respectively the first to fourth product pressing pieces. It will contact | abut to the surface of 11-14, and will be arrange | positioned in the pressed state.

  In the above-described state, when a separate container main body storing the impact mitigating transport container 1, 1 ′ holding the product W is dropped, the flexible film 15 and the first to first cases are mainly dropped when the product W is dropped in the front and back direction. When the fourth side pieces 2 to 5 work strongly to protect the product W and fall in the side direction of the product W, the first to fourth edge pieces 7 to 10 and the first to fourth products are mainly used. The pressing pieces 11 to 14 strongly hold, and in the case of dropping in the corner direction, the first to fourth product pressing pieces 11 to 14 mainly strengthen the corners W1 to W4 of the product W. The product W can be strongly held against an impact or a drop in any direction.

The perspective view of the impact relaxation conveyance container of this invention. The expanded view before the assembly of the said impact relaxation conveyance container. The top view on the surface side which carried out partial folding which shows the state at the time of lamination | stacking accommodation and conveyance of the same impact relaxation conveyance container. The top view on the back surface side which showed the state at the time of lamination | stacking accommodation and conveyance of the said impact relaxation conveyance container partially folded. The top view which shows the state which assembled the impact relaxation conveyance container and mounted the product. Sectional drawing of the center part of the state which has arrange | positioned the product between the said impact relaxation conveyance containers.

Explanation of symbols

1, 1 'Impact mitigation transport container 2, 3, 4, 5 First to fourth side pieces 6, 6' Cutting space 7, 8, 8 ', 9, 9', 10 First to fourth edge pieces 11 , 12, 13, 14 First to fourth product pressing pieces 15, 15 ′ Flexible films 16, 23, 24, 29 Bending portions 17, 18, 27, 28 Corner pieces 17a, 18a, 27a, 28a Overlapping pieces 17b , 18b, 27b, 28b Adhesive strips 17c, 18c, 27c, 28c Bending parts 19, 20, 21, 22, 25, 26, 30, 31 Bending parts 32, 33, 34, 35, 36, 37, 38, 39 1st-8th cutting part 40, 42, 44, 46 Triangular connection part 41, 43, 45, 47 1st-4th bending part

Claims (4)

  In a shock-relieving transport container that folds a piece of paper and holds a product, the side piece of the peripheral part, the space part surrounded by the side piece, and the side part of the product that protrudes from the side piece to the space part side are formed. And a flexible film that covers the entire surface of the space, and presses and holds the corners of the product that is discontinuous with the edge pieces on both ends of the edge. Shock-reducing transport container.   A corner piece is formed at both ends of each side piece, and the corner piece is divided by a bent portion formed in a diagonal direction as one glue margin piece, and the glue margin piece is placed on the back side of the adjacent side piece. The impact-relieving and transporting container according to claim 1, wherein the container is attached.   The edge piece is formed so as to be shorter than the length or width of the product that accommodates the interval between any of the facing edge pieces, and is configured to support at least the side end of the product. The impact relaxation carrying container according to claim 1 or 2.   The product pressing piece is formed at a position that is shorter than the length or width of the product that houses the space between the adjacent product pressing pieces, and at least the corners of the product are in contact with the surface of the product pressing piece. The impact mitigation transport container according to any one of claims 1 to 3, wherein the impact relaxation transport container is formed.

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