JP3145636U - Shock relief transport container - Google Patents

Abstract

[PROBLEMS] To squeeze a thin and weak product such as a personal computer when carrying or storing the product, and further to reduce the impact during transportation or dropping, or to prevent external impact. The present invention relates to an impact mitigation transport container that can be prevented from being transmitted to a product and can quickly store the product.
In an impact mitigation transport container that bends a piece of paper and holds a product, it is movable around a side piece of a peripheral portion that also serves as a rising support material, and a bent portion at the boundary between the side piece and surrounded by the side piece. Product pressing piece, one product holding member formed from a flexible film adhered to the side piece and coated on the entire surface of the product pressing piece in a non-sticking state, and the same as the product holding member An impact mitigating and transporting container characterized in that it comprises the other product holding member having a configuration, and a product disposing portion between the two facing flexible films.
[Selection] Figure 1

Description

  The present invention is a container for sandwiching and transporting a thin and relatively fragile product such as a personal computer, and from the various impacts from the outside during transportation or storage, or from the large impact when the container is dropped. The present invention relates to an impact relaxation carrying container for preventing the product from being damaged.

  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 damage preventing 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 in addition to the container. Further, when a large impact such as a drop of the container is received, the product is damaged due to breakage of the buffer member itself or loss of the buffer function of the buffer member. Furthermore, these buffer members are often discarded as unnecessary after use, and there are many problems from an environmental point of view.

  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 with the flexible sheet by a strong impact from the side of the product and collides with the inner wall of the container, damaging the product. The product could not be held safely.

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

  The present invention solves the above-mentioned drawbacks, and when transporting or storing a thin and weak product such as a personal computer, the product is firmly held, and further, the shock at the time of transportation or dropping is reduced or The present invention relates to an impact mitigation transport container that can prevent external shocks from being transmitted to a product and can quickly carry out a product storage operation.

  The present invention is a shock-relieving transport container that folds a piece of paper and holds a product, and is movable around a side piece of a peripheral portion that also serves as a rising support material, and a bent portion at the boundary between the side piece and the side piece. Product pressing piece, one product holding member formed from a flexible film adhered to the side piece and coated on the entire surface of the product pressing piece in a non-sticking state, and the same as the product holding member It is characterized by an impact mitigating and transporting container which is composed of the other product holding member having the configuration, and in which the flexible film of both of them is opposed to each other, and a product disposition portion is provided therebetween.

  Further, the product pressing piece is characterized by an impact relaxation carrying container in which a suitable number of cutting parts are radially formed from the central part toward the corner part or the side piece.

  Further, the product pressing piece has an impact mitigation and transportation in which an appropriate number of cut portions are formed in a cross shape or skewered shape between or in parallel with the substantially central portion of the other side piece facing from the substantially central portion of the side piece. Features a container.

  Further, the product pressing piece is provided with a cutting portion parallel to one of the side pieces at the center thereof, and an impact mitigation in which a suitable number of cutting portions are radially formed from the cutting portion toward the corner or / and the side piece. Features a transport container.

  Further, the product pressing piece is characterized by an impact relaxation carrying container in which a suitable number of cut portions are formed substantially along the diagonal direction.

  In addition, the product pressing piece is characterized by an impact relaxation carrying container in which an appropriate number of intermittent cut portions are formed along a circular or elliptical shape.

  Furthermore, the product pressing piece has a corner of the product with the intersection of the bent part of the side piece at the corner, and the bottom side of the product having a straight shape, a curved shape, a mountain shape, a wave shape, a sawtooth shape, etc. It is characterized by an impact mitigation transport container provided with a cutting part for forming a product pressing corner piece that presses.

  Further, the product pressing piece is characterized by an impact relaxation carrying container provided with a cutting portion for forming a protruding edge piece having a certain width at a substantially central portion of the bent portion at the boundary with the side piece.

  Further, the product pressing piece is characterized by an impact mitigation transport container formed by forming an appropriate number of folds or folds and cutting portions in a direction different from the folds substantially in parallel with the bent portion at the boundary with the side piece.

  Further, the product pressing piece is characterized by an impact mitigating and transporting container formed by forming a suitable number of folds or folds and cutting portions in directions different from the folds in a substantially diagonal direction.

  Furthermore, the product pressing piece is characterized by an impact mitigation transport container formed by forming an appropriate number of folds or folds in a circular or elliptical shape and cutting portions in directions different from the folds.

  Further, the product pressing piece is characterized by an impact relaxation carrying container provided with a cutting portion intermittently along the crease.

  Further, the product pressing piece is characterized by an impact relaxation carrying container in which an appropriate number of through holes are formed at appropriate positions.

  Also, the through hole is characterized by an impact mitigating and transporting container formed along or between the cut and / or crease.

  Further, the product pressing corner piece is formed at a position in contact with or close to the product containing the space between the adjacent product pressing corner pieces, and at least when the product is moved, the corner of the product is the product pressing corner. It is characterized by an impact relaxation carrying container configured to abut on the surface of a corner piece.

  In addition, the edge piece is formed at a position that is in contact with or close to the product that accommodates the interval between the facing edge pieces, and at least when the product moves, the product contacts the surface of the edge piece. It features an impact relief carrying container.

  Further, corner pieces are formed at both ends of each side piece, and the corner piece is divided by a bent portion formed in the diagonal direction, and one piece is used as a glue margin piece, and the glue margin piece is used as an adjacent side piece. It is characterized by an impact-relieving transport container that sticks to the back side and rises as a support material.

  The present invention can hold a thin and weak product such as a personal computer with a flexible sheet having sufficient elasticity and a product pressing piece having elasticity and strength and hold it in a container. In addition, it is possible to prevent a large impact from being directly transmitted to the product when the container is dropped.

  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 abut against the surface of the product pressing corner piece or edge piece which is rich in elasticity, and it becomes possible to prevent the product from being damaged by this elastic holding.

  Furthermore, it is possible to assemble a shock-relieving transport container that becomes a three-dimensional shape by instantly pressing one of the side pieces inward without spending time for assembling the paper pieces into 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 on one product holding member 1 that constitutes an impact mitigation transport container for transporting a product W that is vulnerable to impact, such as a personal computer of the present invention. FIG. 2 is a development view of one embodiment showing a state before the product holding member 1 is assembled.

  The product holding member 1 is made of paper, in particular, corrugated cardboard, processed into a predetermined shape, bent or cut a predetermined portion of the paper piece, and partly glued so that it can be assembled and formed into a three-dimensional shape.

  The product holding member 1 shown in the development view of FIG. 2 is obtained by cutting and pressing the piece of paper with a press machine or the like. The product holding member 1 is a product 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. Pressing piece 6, first to fourth edge pieces 7, 8, 9, 10 and the first to fourth edge pieces formed between the first to fourth side pieces 2 to 5 and the product pressing piece 6. First to fourth product pressing corner pieces 11, 12, 13, 14 formed at 7 to 10 corners, and the first, fourth side pieces or second, third side pieces or the first to first pieces facing each other. It is formed of a flexible film 15 that is adhered to the surface of the fourth side pieces 2 to 5 and covers the product pressing piece 6.

  The first side piece 2 has a long rectangular shape, and an inner side edge portion of the first side piece 2 is continuously formed with the first edge piece 7 as a boundary with the bent portion 16 as a boundary. 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 edges 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 at the boundaries. A second edge piece 8 is continuously formed on the inner side edge which is the longitudinal direction of the second side piece 3 with the bent portion 23 as a boundary. Similarly, the third side piece 4 has a bent portion. The third edge piece 9 is continuously formed as necessary with reference to 24.

  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 with the bent portions 25 and 26 as a boundary, and the corner pieces 27 and 28 are overlapped pieces. 27a and 28a and paste margin pieces 27b and 28b are divided and formed. 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 of the fourth side piece 5 in the longitudinal direction with the bent portion 29 as a boundary. 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 side piece 2 and the second side piece 3 are substantially triangular with the inner position having a predetermined distance from both ends of the bent portions 16 and 23 as the base end and the intersection of the bent portions 16 and 23 as the apex 32. A first cut portion 33 serving as a bottom portion of the shape is formed as necessary, and the other end portion is similarly bent at the inner position having a predetermined distance from the end portions of the bent portions 16, 24, and the bent portion 16, A second cut portion 35 is formed which is a substantially triangular base portion having apex 34 as a crossing portion of 24. The first and second cutting portions 33 and 35 are formed as gentle curved lines, so that the flexible film 15 can be prevented from being broken and the force applied by vibration or impact can be dispersed.

  Similarly to the second side piece 3 and the third side piece 4, the bent portions 23, 29 have a predetermined distance from the ends of the bent portions 23, 29, 24, and 29, and the bent portions 23 and 29 have an inner position as a base end. A third cut portion 37 that is a substantially triangular base portion having an intersection 36 as a vertex 36 and a fourth cut portion 39 that is a substantially triangular base portion having an intersection 38 of the bent portions 24 and 29 as a vertex 38 are formed. ing. The cutting shapes of the first to fourth cutting portions 33, 35, 37, and 39 can be appropriate shapes such as a straight shape, a curved shape, a mountain shape, a wave shape, and a sawtooth shape.

  As a result, the first to fourth product pressing corner pieces 11 to 14 are formed at the respective corners of the product pressing piece 6.

  The first to fourth product pressing corner pieces 11 to 14 prevent the pressing force acting on the product pressing piece 6 from concentrating on the corner of the product holding member 1 and damaging the product holding member 1. By forming the product W at a position where it abuts on the corner of the product W or a position where it contacts the product W by movement or the like, the corners of the product W are made elastic by the surfaces of the first to fourth product pressing corner pieces 11-14. It becomes possible to press and support. Further, if the side portions of the product W are in contact with each other as they are or by movement, the first to fourth edge pieces 7 to 10 can be elastically pressed and supported.

  The product pressing piece 6 is located on the back side of the flexible film 15 in a non-sticking state with the flexible film 15 and is used to support the product elastically and firmly. Various embodiments for combining elasticity and strength are conceivable.

  FIG. 3 shows some embodiments as means for moving the product pressing piece 6. In FIG. 3A, the number of cut portions in the product pressing piece 6 is appropriately formed in a radial manner from the central portion toward the corner or the side piece. Thereby, the product pressing piece 6 can be moved in the front and back direction of the figure.

  3 (b) and 3 (c), a suitable number of cutting parts are cross-shaped between or in parallel with the substantially central part of the other side pieces 2 to 5 facing from the substantially central part of the side pieces 2 to 5. Alternatively, it is formed in a skewered shape.

  In FIG. 3D, a cutting part parallel to any one of the side pieces 2 to 5 is provided in the central part, and the cutting part is formed radially from the cutting part toward the corner or / and the side pieces 2 to 5. Is.

  3 (e) and 3 (f) show that a suitable number of cut portions are formed substantially along the diagonal direction.

  FIG. 3G shows an appropriate number of intermittent cut portions formed along a circular or elliptical shape.

  3 (h), (i), and (j), the intersection of the bent part of the side piece is the apex at the corner, and the base side is linear, curved, mountain-shaped, wave-shaped, sawtooth-shaped, etc. Shaped product pressing corner pieces 11 to 14 are formed, and each of them is of a shape adopted in the above-described embodiments such as FIGS. 3 (a) to 3 (g).

  FIG. 3 (k) is provided with a cutting portion for forming protruding edge pieces 7 to 10 having a certain width at a substantially central portion of the bent portion between the side pieces 2 to 5. It is desirable to form the cut portion that becomes the tip of the edge pieces 7 to 10 in a curved shape so as not to damage the flexible film 15.

  FIG. 3 (l) shows an appropriate number of folds or creases and cut portions in a direction different from the folds substantially in parallel with the bent portions at the boundaries between the side pieces 2 to 5.

  In FIG. 3 (m), an appropriate number of folds or folds and cut portions in directions different from the folds are formed in a substantially diagonal direction.

  In FIG. 3 (n), an appropriate number of folds or folds having a circular or elliptical shape and cut portions in directions different from the folds are formed.

  FIG. 3 (o) shows a case where cut portions are formed intermittently along a circular or elliptical fold. The crease may be in various forms such as those parallel to the side pieces 2 to 5 or in the oblique direction.

  3 (p) and 3 (q) show a case where several enemy through-holes 40 are formed at appropriate locations on the product pressing piece 6. FIG.

  3 (r), (s), and (t) are obtained by forming an appropriate number of through-holes 40 along or between various cut portions and / or folds. .

  By providing the through hole 40, the elasticity of the product pressing piece 6 is increased, and at the same time, after the product is stored, it is possible to see what the stored product is from the through hole 40. Become.

  A flexible film 15 is bonded to the entire surface of the product pressing piece 6 including the first and fourth side pieces 2 and 5 or the second and third side pieces 3 and 4 facing each other. Coating. 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 the front side of FIG. 4 and the back view of FIG. 5 of the paper piece in the above state, the first and fourth side pieces 2 and 5 are bent portions 16 and 29 of the developed view of FIG. Folded 180 degrees so as to be located on the back surface side of the product pressing piece 6 with the border as a boundary, paste margin pieces 17b, 18b, 27b of the corner pieces 17, 18, 27, 28 formed at both ends of the side pieces 2, 5 , 28b is attached to the back side of the adjacent second and third side pieces 3, 4. The triangular portions at the ends indicated by the points in FIGS. 4 and 5 are attached to the second and third side pieces 3 and 4.

  As described above, the product holding member 1 has part of the corners attached thereto, and the first and fourth side pieces 2 and 5 and the corner pieces 17, 18, 27 and 28 shown in FIGS. The product W is transported to a position where the product W is stored in a flat state overlapping the third side pieces 3 and 4 and the first and fourth edge pieces 7 and 10. Since it is flat, it can be transported efficiently.

  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. 4, the side pieces 2 and 5 move away from the product pressing piece 6 with the bent portions 16 and 29 as a boundary, and at the same time the bent portion 19. , 20, 30, and 31 also move, and thereby move to a position where the surface of the overlapping piece 17 a and the surface of the adhesive piece 17 b come into contact with each other and overlap. 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 also overlap in the same manner, and the first to fourth side pieces 2 to 5 are almost the same as the product pressing piece 6. The three-dimensional product holding member 1 shown in FIG. 1 is formed by moving in the perpendicular direction.

  As shown in FIGS. 1 and 6, the product W is placed on the flexible film 15 with the product holding member 1 in a three-dimensional shape.

  The same product holding member 1 formed as described above is prepared separately, and as shown in FIG. 7, a product holding member 1 ′ is separately stacked on the product holding member 1 on which the product W is placed, and is flexible. The product W is sandwiched and held by the films 15 and 15 'and the product pressing pieces 6 and 6'.

  The product W held by the flexible films 15 and 15 ′ and the product pressing pieces 6 and 6 ′ has the side portions on the side of the opposing protruding edge pieces 8, 8 ′, 9, and 9 ′ protruding inward. The flexible film 15, 15 ′ is pushed up by the force to return, and the product W is strongly held. Further, when the product W moves due to an impact or the like, it comes into contact with the leading end side of the edge pieces 8, 8 ′, 9, 9 ′ and the product W is abutted and held by the surface, so that further vibration and impact are applied from the outside. Even if applied, the force can be received by the edge pieces 8, 8 ′, 9, 9 ′, and since the force does not act intensively, the product W and the flexible films 15, 15 ′ and the edge piece 8 , 8 ′, 9, 9 ′ can be prevented from being damaged. The same effect can be achieved even when the product W is placed on the tip end side of the protruding edge pieces 8, 8 ', 9, 9'.

  Similarly to the above, the first to fourth product pressing corner pieces 11 to 14 press the flexible films 15 and 15 ′ and the product W, and when the product W moves, the corners of the product W are respectively changed to the first to first corners. The four product pressing pieces 11 to 14 are brought into contact with the surfaces of the pressing pieces 11 to 14 and pressed, and further movement of the product W can be prevented. Moreover, even if the product W is placed on the front end side of the first to fourth product pressing corner pieces 11 to 14, the same effect is obtained as described above.

  When a separate container main body containing the product holding members 1 and 1 'holding the product W in the above state is dropped, or when the product W is dropped in the front and back direction, the flexible films 15 and 15' and the product press In addition to the pieces 6 and 6 ′, the first to fourth side pieces 2 to 5 mainly work strongly to protect the product W. When the product W falls in the side direction, the first to fourth pieces are mainly used. The edge pieces 7 to 10 and the first to fourth product pressing corner pieces 11 to 14 are strongly held. Further, in the case of dropping in the corner direction, the first to fourth product pressing corner pieces 11 are mainly used. -14 will hold | maintain the corner part of this product W strongly, and it becomes possible to hold | maintain this product W strongly with respect to the impact and fall in any direction.

The perspective view of the state which mounted the product on the product holding member of this invention. The expanded view before the assembly of the product holding member. The development view of some examples of a product pressing piece. The development view of some examples of a product pressing piece. The development view of some examples of a product pressing piece. The top view of the surface side which carried out the partial folding which shows the state at the time of lamination | stacking accommodation and conveyance of the product holding member. The top view of the back surface side partially folded which shows the state at the time of lamination | stacking accommodation and conveyance of the product holding member. The top view which shows the state which assembled the product holding member and mounted the product. Sectional drawing of the center part of the impact relaxation conveyance container of the state which has arrange | positioned the product between the product holding members.

Explanation of symbols

1, 1 'product holding member 2, 3, 4, 5 1st to 4th side piece 6, 6' product pressing piece 7, 8, 8 ', 9, 9', 10 1st to 4th edge piece 11, 12, 13, 14 First to fourth product pressing corner pieces 15, 15 'Flexible film 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 part 19, 20, 21, 22, 25, 26, 30, 31 Bending part 32, 33, 34, 35, 36, 37, 38, 39 1st-8th cutting part 40 Through-hole

Claims (17)

  In a shock-relieving and transporting container that folds a piece of paper and holds the product, the peripheral side piece that also serves as a rising support material, and the product press that is surrounded by the side piece and that is movable with the bent part at the boundary with the side piece as the base end One product holding member formed from a piece, a flexible film adhered to the side piece and covering the entire surface of the product pressing piece in a non-adhered state, and the other having the same configuration as the product holding member An impact-relieving and transporting container characterized in that a product disposing portion is formed between the two product-holding members and the flexible film of both of them facing each other.   The impact-relieving and transporting container according to claim 1, wherein the product pressing piece is formed with a suitable number of cutting parts radially from the central part toward the corner or side piece.   The product pressing piece is characterized in that an appropriate number of cutting portions are formed in a cross shape or skewered shape between or in parallel with the substantially central portion of the other side piece opposed from the substantially central portion of the side piece. The impact relaxation carrying container according to claim 1 or 2.   The product pressing piece is characterized in that a cutting portion parallel to any one of the side pieces is provided at the center, and a suitable number of cutting portions are radially formed from the cutting portion toward the corner or / and the side piece. The impact relaxation carrying container according to claim 1.   The impact-relieving and transporting container according to claim 1, wherein the product pressing piece is formed with an appropriate number of cut portions substantially along the diagonal direction.   The impact-relieving transport container according to claim 1, wherein the product pressing piece is formed with an appropriate number of intermittent cut portions along a circular or elliptical shape.   The product pressing piece presses the corner of the product with the intersection of the bent part of the side piece at the corner and the base side of the product as a straight, curved, mountain, wave, sawtooth, etc. The impact relaxation carrying container according to any one of claims 1 to 6, further comprising a cutting portion for forming a product pressing corner piece.   The product pressing piece is provided with a cutting portion for forming a protruding edge piece having a certain width at a substantially central portion of the bent portion at the boundary with the side piece. The shock absorbing and transporting container described.   9. The product pressing piece is formed by appropriately forming a number of folds or folds and cutting portions in a direction different from the folds substantially in parallel with the bent portion at the boundary with the side piece. The impact relaxation carrying container according to any one of the above.   9. The product according to claim 1, wherein the product pressing piece is formed by forming an appropriate number of folds or cuts in a direction different from the folds in a substantially diagonal direction. container.   9. The product according to claim 1, wherein the product pressing piece is formed by forming an appropriate number of folds or folds in a circular or elliptical shape and cut portions in a direction different from the folds. Transport container.   The impact reducing and conveying container according to any one of claims 9 to 11, wherein the product pressing piece is provided with a cutting portion intermittently along the crease.   The impact relief carrying container according to any one of claims 1 to 12, wherein the product pressing piece has an appropriate number of through holes formed at appropriate positions.   The shock absorbing and conveying container according to claim 13, wherein the through hole is formed along or between the cut portion and / or the fold.   The product pressing corner piece is formed at a position in contact with or close to the product storing the space between the adjacent product pressing corner pieces, and at least when the product moves, the corner of the product is the product pressing corner piece. The shock absorbing and transporting container according to any one of claims 7 to 14, wherein the container is configured to abut against a surface of the shock absorbing transport container.   The edge piece is formed at a position in contact with or close to the product containing the gap between the opposing edge pieces, and at least when the product is moved, the product is configured to abut on the surface of the edge piece. The impact relaxation carrying container according to any one of claims 8 to 15, wherein   A corner piece is formed at both ends of each side piece, and the corner piece is divided by a bent portion formed in the diagonal direction, and one side is used as a glue margin piece, and the glue margin piece is a back side of an adjacent side piece. The impact-relieving transport container according to any one of claims 1 to 16, wherein the impact-relieving and transporting container is attached as a rising support material.

Images