JP3151705U - Cushioning member combining frame and flexible film - Google Patents

Abstract

The flexible film is easily removed from the frame by adopting a detachable locking means without fixing the flexible film, which is an expensive material, to the frame with an adhesive. It is possible to provide a cushioning member that can be reused for another frame and that can be easily attached. In a cushioning member 1, 1 ', which is a combination of a frame 2, 2' and a flexible film 3, 3 'serving as an article holding means for reducing external impact, both ends of the flexible film are provided. A cushioning member combining a frame and a flexible film, wherein a latching means is formed at a portion, and the latching means is detachably latched to an end of the frame. [Selection] Figure 1

Description

  The present invention relates to a combination of a frame and a flexible film that serves as a buffering article holding means used when storing an article in the article storage body, and enables the flexible film to be reused. The present invention relates to a buffer member.

  Various shock absorbing means have been considered in order to prevent external shocks from being transmitted directly to the goods when transporting or storing goods that are susceptible to shock, such as fragile goods or precision instruments, etc. However, some of the most effective means use a flexible film.

  The means using the flexible film is to sandwich an article between a frame body as a holding body made of corrugated paper or other material and a cushioning member formed by the flexible film held by the frame body. Alternatively, the impact can be absorbed by the flexible film or the holding body having elasticity by pressing and supporting the article against the holding body side such as a flexible article storage body or partition member with the flexible film. Thus, a large impact is prevented from being directly transmitted to the article.

  The flexible film is fixed to a holding body (hereinafter collectively referred to as a frame body) made of corrugated paper or other material such as a part of the article storage body or a separate partition member, In order to strengthen the fixed state, the end face is stuck to the entire back surface or the entire peripheral edge on the front surface side with an adhesive. This is because a large tensile force is applied to the flexible film to hold the article, and a strong fixing means is required to withstand the tensile force.

  As described above, the flexible film is firmly fixed to the peripheral portion of the frame by an adhesive, and when the frame becomes a life due to deterioration or breakage, the flexible film is simultaneously discarded. The film was also discarded.

JP 2007-290741 A JP-A-11-208726

  Since the flexible film is made of a strong material having elasticity, even if the corrugated cardboard paper or other material used as the frame deteriorates or breaks, there is no Often there was no damage. However, in order to reuse these flexible films, it is necessary to remove the state firmly fixed to the frame, and the work for that purpose and subsequent small pieces of material on the frame attached to the flexible film side As a result, it was a laborious work and was discarded without being reused.

  The present invention solves the above-mentioned drawbacks, and adopts a locking means that can be attached and detached without fixing a flexible film, which is an expensive material, to the frame with an adhesive. The flexible film can be easily removed, it can be reused for another frame, and the attaching operation is also simplified.

  As a means for this purpose, in a shock-absorbing member that combines a frame serving as an article holding means for reducing external impact and a flexible film, locking means are formed at both ends of the flexible film, A shock-absorbing member is a combination of a frame and a flexible film in which a stopper is detachably locked to an end of the frame.

  Moreover, the said frame is characterized by the buffer member which combined the frame and the flexible film which made the flat plate part or the opening part or the opening part, and the flat plate part provided with the pressing piece.

  Further, the frame body is a combination of a frame body composed of a flat plate portion or an opening portion or a flat plate portion provided with an opening and a pressing piece, and a bent portion protruding outward from the peripheral edge portion thereof, and a flexible film. Features a cushioning member.

  Moreover, the edge part of the said frame body is characterized by the buffer member which combined the frame body used as the flat edge part of the flat plate part or the opening part or the opening part, and the flat plate part provided with the pressing piece, and the flexible film.

  Furthermore, the edge part of the said frame is characterized by the buffer member which combined the frame used as the bending part, and a flexible film.

  In addition, the flexible film is characterized by a cushioning member that combines a flexible film and a frame body in which locking means at both ends of the flexible film are locked to a peripheral end portion or a bent portion of the frame body at opposite positions. To do.

  Further, the flexible film is configured such that the locking means at both ends of the flexible film are locked to the peripheral end portion or the bent portion at the opposite position of the frame body, and at the opposite peripheral end portion or the bent portion at a position orthogonal to the same. Further, the present invention is characterized in that the other flexible film is locked and the cushioning member is formed by combining the flexible film with a frame body that reinforces the flexible film or has an article storage portion between them.

  Further, the locking means is characterized by a cushioning member that combines a flexible film and a frame having pockets at both ends of the flexible film.

  Further, the locking means is characterized by a cushioning member that combines a flexible frame and a frame formed as pockets formed at the left and right corners of both ends of the flexible film.

  In addition, the locking means includes a frame body and a flexible film, which are folded back at both ends of the flexible film, and a part or all of the overlapping side edges are fixed to form a bottomed pocket. It is characterized by a buffer member that combines the above.

  Further, the locking means is formed by folding the corners formed at both end portions and both end portions of the flexible film inward and fixing the folded edges to each other to form a pocket and a flexible body. It features a cushioning member combined with a film.

  Further, the locking means overlaps the folded end portions and both end portions of the corner portions formed at both end portions and both end portions of the flexible film so as to form a triangle, and the overlapping Further, the present invention is characterized in that the cushioning member is a combination of a flexible frame and a frame that fixes the base portion to form a pocket.

  Further, the locking means includes a frame body and a flexible film in which both end portions of both sides of the flexible film are folded inward in a triangular shape and a part of the overlapped portion is fixed to form a pocket. And a shock-absorbing member in combination.

  Further, the locking means is configured to fold back both end portions of the flexible film inward, fold back both end portions inward, and fix the overlapped end edge portions and the folded back side end portions. It is characterized by a shock-absorbing member that combines a pocket frame and a flexible film.

  The present invention makes it impossible to use the frame body by detachably locking the flexible film to the frame body in a combination of the frame body serving as a buffer article holding means and the flexible film. However, only the flexible film can be easily removed from the frame without damaging it, and it can be reused for another frame.

  In addition, the flexible film can be integrated in a detachable manner simply by forming locking means at both ends of the flexible film in advance and locking the locking means to the frame. It was possible to save the integration of the frame and the flexible film.

  Further, when the bent portion is formed so as to be foldable by protruding outward from the peripheral edge portion of the frame body, and the flexible film is attached to the bent portion, the bent portion is bent when stored in the article storage body. As a result, the flexible film is pulled, the pressing force against the article can be applied more strongly, and the article can be held firmly.

  In addition, since the flexible film can be attached to and detached from the frame, the frame can be quickly adapted to various shapes suitable for the thickness and outer shape of the article.

The perspective view which shows the relationship between the buffer member which combined the frame of this invention, and the flexible film, and the article | item storage body. (A) The perspective view of the flexible film of this invention, (b) Sectional drawing of the AA line of Fig.2 (a). The perspective view of the other Example of the frame of this invention. The perspective view of the other Example of the frame of this invention. The perspective view of the other Example of the buffer member which combined the frame and flexible film of this invention. The perspective view of the other Example of the buffer member which combined the frame and flexible film of this invention. (A) Perspective view of another embodiment of the flexible film locking means of the present invention, (b) Perspective view of the other embodiment, (c) Perspective view of the other embodiment, (d) The perspective view of the other Example, (e) The perspective view of the other Example.

  Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1: has shown the perspective view of the buffer member 1 which combined the frame and flexible film of this invention. The buffer member 1 is a combination of a frame body 2 and a flexible film 3, and the frame body 2 is a flat plate having a rectangular shape as a holding body made of corrugated paper or other material, An opening 4 and a peripheral end 5 are provided around it. A bent portion 6 protruding outward from the peripheral end portion 5 is provided so as to be bent from a side edge of the peripheral end portion 5. The cushioning member 1 is stored and distributed together with the stored items in the article storage body 7 so that the front side of the folding section 6 is in contact with the inner wall surface of the separate article storage body 7 by folding the bending section 6 in the orthogonal direction. Will be set up.

  The flexible film 3 is a sheet having elasticity and strength. As shown in FIG. 2, the length of the flexible film 3 is made substantially equal to the length of the frame body 2. The length in the orthogonal direction is substantially the same as the width direction of the frame 2, and folding means and other members are overlapped on either of the opposing opposite ends to form a locking means, A pocket 9 having a bottom portion at the tip side and an opening 8 at the inside is fixed at a part of the whole edge portion with a length substantially equal to or slightly shorter than the protruding length of the bent portion 6. Forming.

  By attaching each of the pockets 9 to the opposing bent portions 6 of the frame body 2, the frame body 2 and the flexible film 3 can be integrated. The flexible film 3 can be easily mounted by bending the bent portion 6 and selecting an elastic material such as cardboard for the frame body 2.

  The buffer member 1 formed as described above is disposed in the article storage body 7 as described above. The article storage body 7 is formed of various materials made of corrugated paper or other materials, and can store and arrange storage items with various shapes of lids and sealing means (not shown). It is. After the buffer member 1 is disposed, an article to be stored on the buffer member 1 is placed, and the frame 2 ', the flexible film 3', the opening 4 ', the peripheral end 5', and the like are placed thereon. By inserting the other cushioning member 1 ′ formed by the bent portion 6 ′ with the bent portion 6 ′ bent in the opposite direction, the article is mounted on the frame 2 ′ and the flexible film 3. It will be pressed by '. As a result, the article is stored and held between the flexible films 3 and 3 '. Further, the flexible films 3 and 3 ′ are bent together with the bent portions 6 and 6 ′, and are thereby pulled, so that the pressing force against the article can be applied more strongly.

  The storage method in the article storage body 7 may be as described above. Alternatively, the articles may be stored in advance between the buffer members 1 and 1 ′ and then disposed in the article storage body 7. Further, the buffer member 1 'positioned on the upper side to be pressed does not necessarily have the same shape as the buffer member 1 positioned on the lower side, and a buffer member or another buffer member of the embodiment described below is adopted. It is also possible.

  FIG. 3 shows another embodiment in which the shape of the frame body is different. The frame body 10 is a flat plate portion 11 made of various materials and having no openings. As the flat plate portion 11, an elastic material such as corrugated paper is optimal. Bending portions 12 are formed so as to be foldable outwardly from the peripheral edge of the flat plate portion 11, and are formed at both ends of the flexible film 3 similar to that shown in FIG. The flexible film 3 is locked to the frame body 10 by mounting the pocket 9 that has been made. The flexible film is not limited to the above, but may be those of the examples described below.

  Articles are inserted between the flat plate portion 11 of the frame 10 and the flexible film 3 from the side edge portion side that is perpendicular to the pocket 9 of the flexible film 3. The article is held between the flat plate portion 11 and the flexible film 3, and the flat plate portion 11 that is elastic even when the article is strongly pressed by the flexible film 3 is selected. Thus, the article can be firmly held only by slightly bending the flat plate portion 11. Therefore, it is suitable for holding an article having a relatively thin shape.

  FIG. 4 shows another embodiment in which the shape of the frame is different. The frame 13 is a flat plate formed as a holder made of corrugated paper or other material, and has an opening 14 in the center and a periphery around it. An end portion is formed, and a pressing piece 15 is formed so as to be foldable from each edge portion of the peripheral end portion toward the center portion of the opening portion 14. The pressing piece 15 is cut and formed in an oblique direction at both ends so as not to overlap with another adjacent pressing piece 15. Further, a bent portion 16 is formed so as to be foldable outward from the peripheral edge portion, and the flexible film 3 having the shape shown in FIG. 2 is formed on both ends of the bent portion 16 at the opposite position. The flexible film 3 is locked to the frame body 13 by attaching the pocket 9. The flexible film is not limited to the above, but may be those of the examples described below.

  Articles are inserted and disposed between the frame 13 and the flexible film 3 as in the above embodiment. The article is of a size that can be placed on the pressing piece 15 at the position where the end faces each other, so that the inserted article can be pressed by the flexible film 3 from above. It can be supported by the lower pressing piece 15. Since the pressing piece 15 is formed so as to be bent inward from the peripheral edge of the frame body 13, the pressing piece 15 is pressed downward while holding the article. It will never slip through. As described above, the article is strongly supported by the flexible film 3 on the upper side and the pressing piece 15 having a resilient force on the lower side.

  FIG. 5 shows another embodiment corresponding to the different integration of the flexible film to the frame, corresponding to the frame shown in the above-mentioned embodiment or the following or other various shapes. In the present embodiment, the flexible film 3 similar to that shown in FIG. 2 is attached to the opposing position of the bent portion 18 that is formed to project outward from the peripheral edge of the frame body 17. Another flexible film 3 ′ similar to the above is also attached to the opposing bent portion 18. In FIG. 5, for convenience, the flexible films 3 and 3 ′ are mounted on a frame body 17 in which an opening portion 19 is formed in the center as in the first embodiment. The flexible film is not limited to the above, but may be those of the examples described below.

  As described above, the double flexible films 3 and 3 ′ are formed on the frame body 17, and the article is held between the flexible films 3 and 3 ′. In addition, as a means for strengthening the flexible film for holding a heavy article or for other purposes, the double flexible film serves as one sheet, and the same usage method as in Examples 1 to 3 is used. It is also possible.

  FIG. 6 shows a frame 20 that does not have a bent portion as shown in the first to fourth embodiments in another embodiment having a different frame shape. Although the frame 20 shows the flat plate portion 21, it may be one in which an opening or a pressing piece is formed as in the above embodiment. The flexible film 3 is attached to the peripheral end 22. If there is any means capable of preventing the movement of the frame body 20 with respect to the storage arrangement in the article storage body 7, this embodiment can cope with it. Others are the same usage patterns as those in Examples 1 to 4. The flexible film is not limited to the above, but may be those of the examples described below.

  FIG. 7 shows another embodiment of the locking means for the flexible film frame. FIG. 7 (a) shows a triangular piece 23 at each corner of both ends of the flexible film 3a. And corner locking means such as a square piece 24 are provided. The corner locking means 23 and 24 are formed by fixing a part or all of the end and side edges of the flexible film and forming an opening 25 inside.

  FIG. 7B shows a case where the corners formed at both ends and both end portions of the flexible film 3b are lifted and folded inward, and the folded end edges and side edges are formed. Part is fixed, the said part is fixed, and the opening part 26 is formed inside.

  FIG.7 (c) lifts the corner part formed by the both ends and both ends of the flexible film 3c, it folds inward, the folded both ends and both ends are overlapped, and the overlap The root portion is fixed and the opening 27 is formed inside.

  In FIG. 7D, the end edge side of both side edges of the flexible film 3d is folded inward in a triangular shape, a part overlapping the end edge is partially fixed, and an opening 28 is formed inside. Is.

In FIG. 7 (e), both end portions of the flexible film 3e are folded inward, both end portions are folded inward, and the edge portions on the both end portions and the folded both end portions are fixed. The opening 29 is formed on the inner side.
Among the embodiments of the above-mentioned locking means, (b) to (e) are such that the both side ends of the flexible film are relaxed to form wrinkles or overlapped portions. When locking to the end of the body, even when the frame body is turned into a locked member by folding or other means, it is possible to lock according to the thickness It is.

1, 1 'buffer member 2, 2', 10, 13, 17, 20 frame 3, 3 ', 3a, 3b, 3c, 3d, 3e flexible film 4, 4', 14, 19 opening 5, 5 ', 22 Circumferential edge 6, 6', 12, 16, 18 Bending part 7 Goods storage body 8, 25, 26, 27, 28, 29 Opening 9 Pocket 11, 21 Flat plate part 15 Pressing piece 23, 24 Corner Section locking means

Claims (14)

  In a cushioning member combining a frame serving as an article holding means for reducing impact from the outside and a flexible film, locking means are formed at both ends of the flexible film, and the locking means is used as a frame. A cushioning member combining a frame and a flexible film, wherein the frame is detachably locked to the end of the frame.   The shock absorber according to claim 1, wherein the frame is a flat plate portion or an opening or a flat plate portion provided with an opening and a pressing piece.   2. The frame according to claim 1, wherein the frame comprises a flat plate portion or an opening or a flat plate portion provided with an opening and a pressing piece, and a bent portion protruding outward from the peripheral portion thereof. A cushioning member combined with a flexible film.   The frame and the flexible film according to claim 1 or 2, wherein the end of the frame is a flat plate or an opening or a peripheral end of a flat plate having an opening and a pressing piece. Combined cushioning member.   The shock absorbing member combining the frame and the flexible film according to claim 1, wherein the end of the frame is a bent portion.   The flexible film and the frame according to any one of claims 1 to 5, wherein the flexible film has locking means at both ends thereof locked to a peripheral end portion or a bent portion of the frame body facing each other. A cushioning member combined with a flexible film.   The flexible film locks the locking means at both ends of the flexible film to the peripheral edge or the bent part at the opposite position of the frame body, and also to the other peripheral edge or bent part at the position orthogonal to the other. The frame and the flexible film according to any one of claims 1 to 5, wherein the flexible film is locked, and the flexible film is reinforced or the space between the layers is an article storage unit. And cushioning member.   The cushioning member combining the frame and the flexible film according to any one of claims 1 to 7, wherein the locking means has pockets at both ends of the flexible film.   8. A cushioning member combining a frame and a flexible film according to claim 1, wherein the locking means is a pocket formed at the left and right corners of both ends of the flexible film. .   8. The locking means according to claim 1, wherein both ends of the flexible film are folded inward, and part or all of the overlapping side edges are fixed to form a bottomed pocket. A shock-absorbing member in which any one of the frames and a flexible film are combined.   The locking means is characterized in that corner portions formed at both end portions and both end portions of the flexible film are folded inward, and the folded edges are fixed to form a pocket. A shock-absorbing member comprising a combination of the frame according to claim 7 and a flexible film.   The locking means overlaps both folded ends and both end portions of the corners formed at both ends and both end portions of the flexible film so as to form a triangle shape, and the overlapping root portion A cushioning member combining the frame and the flexible film according to claim 1, wherein the frame is fixed to form a pocket.   8. The locking means is characterized in that both end portions of both end portions of the flexible film are folded inward in a triangular shape, and a part of the overlapped portion is fixed to form a pocket. A shock-absorbing member that combines the frame according to any one of the above and a flexible film.   The locking means is a pocket by folding both ends of the flexible film inward, folding both ends inward, and fixing the end edges of the overlapped both ends and the folded both ends. A shock-absorbing member in which the frame according to claim 1 and a flexible film are combined.

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