JP3155057U - Packing stand structure - Google Patents

Abstract

Provided is a structure of a packing stand that can suppress labor costs and costs and can be used repeatedly. A packing stand structure is composed of several horizontal bars 1, vertical bars 2, a first connecting bar 3, a second connecting bar 5, a first connecting part 4 and a second connecting part 6. As a result, it can be applied to articles of various shapes and articles of various standards, has a wide range of applications, and can be packaged according to the articles at the same time. In addition, various articles can be installed safely and stably with anti-vibration properties. In addition, packaging materials such as wood and polystyrene are not required for packaging, and the packaging of articles is not necessary, which is eco-friendly, and the articles can be prevented from being damaged by colliding with each other after packaging. [Selection] Figure 1

Description

  The present invention relates to a packing stand structure, and more specifically, it is possible to pack variously shaped articles and various standardized articles at intervals, and is excellent in stability and vibration proofing. The present invention relates to a packing stand structure that can prevent damages, eliminates the need for packing materials, is eco-friendly and can be used repeatedly, and is convenient for packing, storage and transportation.

  In general, when packaging an article, to avoid damaging the article, the article is covered with packaging material and then boxed, but when the article is transported to a factory or other location and when the article is stored, Packaging and boxing of goods is very complicated. Further, packing and boxing of articles using packing materials require a relatively high cost.

  Therefore, Patent Document 1 discloses a packing stand structure in which an article can be packed and transported and stored without packing or boxing the article using a packing material.

Utility Model No. 3097415

  However, the packing stand structure described in Patent Document 1 has a problem that it cannot easily position articles of various shapes and articles of various standards, and cannot pack these articles. .

  The present invention has been made in view of the above-mentioned problems, and can stably package articles of various shapes and articles of various standards, and has excellent vibration proofing and safety. In addition to providing a stand structure, it is also necessary to provide a packing stand structure that can prevent the packed articles from colliding with each other and being damaged without the need to pack packaging materials and articles. In addition to providing a packing stand structure in which a fork of a forklift can be inserted into a space provided at the bottom, and a hook of a crane can be passed through the top, which can be easily moved, stored, or transported. An object of the present invention is to provide a packing stand structure that facilitates position adjustment and positioning of articles when packing items.

  The present invention provides a structure of a packing stand that solves the above problems. The packing stand of the present invention can be applied to articles of various shapes and articles of various standards and is excellent in vibration proofing and safety, so that the articles can be packed stably.

  In addition, according to the present invention, packing materials such as wood and polystyrene, and boxing are not required, and the packaging materials and labor costs can be saved, such as the articles colliding with each other and not being damaged. The stand is reusable and economical and ecological.

  Furthermore, according to the present invention, since the two horizontal bars are provided at the bottom of the packing stand, the fork of the forklift can be inserted into the space formed by the two horizontal bars.

  Moreover, the hook of a crane can be hooked in the stationary hole in the upper wall surface of the connecting rod provided in the upper part of the packing stand. As a result, it is very convenient for moving or storing the packing stand in a factory, or for installation at a construction site or transportation to a container.

  Furthermore, the packing stand of the present invention facilitates position adjustment and positioning of articles when packing various articles.

  Packing materials such as wood and polystyrene are not required, and it is possible to prevent the articles from being damaged when the articles packed in the packing stand collide with each other. In addition, the forklift fork can be inserted into the space provided at the bottom of the packing stand, and the hook of the crane can be hooked in the fixed hole provided on the upper wall surface of the packing stand, so that the packing stand can be moved easily. Can do.

The perspective view which shows the packing stand structure of this invention The partial exploded perspective view which expands and shows a part of packing stand structure of FIG. The perspective view which shows the state which packed the goods in the packing stand of FIG. The perspective view which expands and shows a part of upper part of the packing stand of FIG. The partial expansion perspective view which looked at the packing stand of FIG. 3 from the side

Embodiments of the present invention will be described below with reference to the drawings.
1 to 5 show the packing stand structure of the present invention. As shown in FIGS. 1 and 2, the packing stand has a plurality of horizontal bars 1. The horizontal bar 1 has an upper wall surface 11, a lower wall surface 13, and a connection wall 12 that connects the upper wall surface 11 and the lower wall surface 13.

  Both sides of the connecting wall 12 are connected to the vertical bar 2 by fixing parts 71, and both sides of the upper wall surface 11 are connected and fixed to the first connecting bar 3 by fixing parts 72. The upper wall surface 11 is provided with a plurality of holes (not shown).

  The four vertical bars 2 have a U shape and have an inner wall surface 21, an outer wall surface 23, and a connection wall 22. Further, the vertical bar 2 is connected and fixed to the horizontal bar 1 by a fixing component 71 at a position slightly away from the end of each connection wall 22. Further, in the vertical bar 2, several first connecting bars 3 are connected and fixed by a fixing component 73 at a position slightly away from the end of each inner wall surface 21.

  Several first connection rods 3 are U-shaped, and have an upper wall surface 31, a lower wall surface 33, and a connection wall 32. Both sides of each lower wall surface 33 are connected to the horizontal bar 1, and both sides of each connection wall 32 are connected and fixed to the vertical bar 2. The upper wall surface 31 is provided with a plurality of rectangular holes 311 and several stationary holes 312 with a predetermined interval.

  The first connection component 4 has a substantially S-shape bent at a 90-degree angle, and includes a bottom wall surface 41, a connection wall 42, and an upper wall surface 43. The upper wall surface 43 is provided with a plurality of stationary holes 431.

  The bottom wall surface 41 is connected and fixed to the rectangular hole 311 of the upper wall surface 31 of the first connecting rod 3 by a fixing component 74.

  The second connecting rod 5 has a U shape and has an inner wall surface 51, an outer wall surface 53, and a connection wall 52. Both sides of the connection wall 52 are connected and fixed to fixing holes (not shown in the figure) in the upper wall surface 11 of the horizontal bar 1 via fixing parts 75. In addition, several rectangular holes 521 are provided in the connection wall 52, and the second connecting rod 5 uses a fixing part 76, and one side of the second connecting part 6 is connected and fixed to the rectangular hole 521. ing.

  As shown in FIGS. 2 and 5, the second connection component 6 has an L shape and includes a fixed wall 61 and a hanging wall 62. A rectangular hole 611 is formed in the fixed wall 61, and a rectangular hole 621 is formed in the hanging wall 62. The rectangular hole 611 of the fixed wall 61 is connected and fixed to the rectangular hole 521 in the connection wall 52 of the second connecting rod 5 by the fixing component 76.

  As shown in FIGS. 2 and 4, one of several rectangular holes 311 in the upper wall surface 31 of the two first connecting rods 3 on both sides is provided on both sides of several large articles 81 and 84. A fixed part 77 is used to connect and fix to a certain lower folding wall 811 and holes 8111 and 8411 provided in the lower folding wall 841.

  As shown in FIGS. 2 and 3, the stationary holes 431 of several first connection parts 4 provided in the respective rectangular holes 311 in the first two connecting rods 3 in the middle are respectively on both sides of the small article 82. The fixing part 78 is used for connection and fixing to a hole (not shown) provided in the lower folding wall 821.

  The rectangular holes 621 of the hanging walls 62 of the several second connecting parts 6 to which the second connecting rods 5 are respectively connected are fixed to the other parts 83 (see FIGS. 3 and 5) using the fixing parts 79. It is fixedly connected to a fixed hole (not shown in the figure) provided in the wall surface 831.

  In addition, a fixed hole (not shown in the figure) provided in the folding wall 832 below another article 83 is fixed to the fixed hole 431 of the first connection part 4 connected to the first connection rod 3 by the fixing part 70. By connecting and fixing, the packing stand can be used stably for the purpose of packing goods of various shapes and articles of various standards (machine lids, pipes, switchboard cases, etc.). Since it can be packed, it achieves an excellent effect in vibration proofing and safety.

  In addition, it is eco-friendly because it does not require packing materials such as wood and polystyrene, and it is not necessary to pack the articles, and it is possible to avoid damage to the articles due to collision between the packed articles. Further, since it is possible to save the trouble of packing the article using the packing material, labor costs and costs can be saved, the packing stand can be used repeatedly, and practicality is provided.

  Further, as shown in FIG. 3, a fork of a forklift can be inserted into a space 10 between the horizontal bars 1.

  Further, as shown in FIG. 2, a crane hook can be hooked into the stationary hole 312 in the upper wall surface 31 of the two first connecting rods 3.

  Therefore, even after assembling and placing the packing stand, it is easy to move in the construction place or the container related to the factory.

  According to the present invention having such a configuration, as shown in FIGS. 2 to 5, it is possible to pack articles such as machine lids and pipes having various shapes and various standards, and Can be packed stably. Moreover, the packing stand of the present invention is excellent in vibration proofing and safety.

  Specifically, since packing using a packing material such as wood or polystyrene, or boxing is not required, the articles after packing do not damage each other. Therefore, it is eco-friendly and can reduce labor costs and costs, and has the utility of being able to use the packing stand of the present invention repeatedly.

  Further, the fork of the forklift can be inserted into the space 10 formed between the two horizontal bars 1, and the crane hook can be inserted into the fixed hole 312 in the upper wall surface 3 of the first connecting bar 3. Therefore, after assembly and placement of the packing stand, it is very easy to move the container in the factory or to the construction site.

  Further, the several rectangular holes 311 in the upper wall surface 31 of each first connecting rod 3 are convenient for adjusting the positions of several large articles 81 and 84 and fixing them, and the adjusting operation is simple. . In addition, since the second connecting rod 5 can fix each rectangular hole 521 to the rectangular hole 611 in the second connecting part 6 by the fixing part 76, it is convenient to use each rectangular hole 521, 621. In addition, the position of another article 83 can be adjusted.

Further, by using the rectangular hole 621 in the hanging wall 62 of the second connection component 6, it is possible to fix the other article 83 in alignment. In addition, each first connecting rod 3 can be fixed to a small article 82 having a different size by adjusting the position of the first connecting component 4 through adjustment of the rectangular hole 311.
In addition, the application range can be expanded, for example, by packing another article 83 having the folding wall 832 and having a hole (not shown) on the wall surface 831.

DESCRIPTION OF SYMBOLS 1 ... Horizontal bar 10 ... Space 11, 31, 43 ... Upper wall surface 312, 431 ... Stationary hole 12, 22, 32, 42, 52 ... Connection wall 13, 33 ... Lower wall surface 2 ... Vertical bar 21, 51 ... Inner wall surface 23 , 53 ... outer wall surface 3 ... first connection rod 311, 521, 611, 621 ... rectangular hole 4 ... first connection component 41 ... bottom wall surface 5 ... second connection rod 6 ... second connection component 61 ... fixed wall 62 ... suspended Hanging wall 81, 84 ... Large article 70-79 ... Fixed part 811, 821, 841 ... Lower folding wall 8111, 8411 ... Hole 82 ... Small article 83 ... Another article 831 ... Wall 832 ... Folding wall

Claims (1)

Includes several U-shaped horizontal and vertical bars, first connecting rod, second connecting rod, first connecting component, second connecting component,
Several U-shaped horizontal bars each have an upper and lower wall surface and a connection wall, both sides of the connection wall are connected to the vertical bar via fixing parts, and the upper wall surface is connected to the first wall via a fixing part. Connected and fixed to both sides of one connecting rod and the second connecting rod, the upper wall surface is provided with several stationary holes,
Several U-shaped vertical bars each have inner and outer wall surfaces and connection walls, and the connection walls of the vertical bars are connected and fixed to horizontal bars via fixing parts, and the inner wall surfaces are fixed parts. The first connecting rod is connected and fixed via
The plurality of U-shaped first connection rods have upper and lower wall surfaces and connection walls, respectively, and both sides of the lower wall surface of the first connection rod are respectively connected to the horizontal bars, and the first connection rods Both sides of the connecting wall are connected and fixed to the vertical bar, and several rectangular holes and several stationary holes are formed on each upper wall surface of the first connecting bar,
The second connecting rod has a U shape, has inner and outer wall surfaces, and a connecting wall, and both sides of the connecting wall of the second connecting rod are on the upper wall surface of the horizontal bar through fixing parts. A plurality of rectangular holes are formed in each connection wall of the second connecting rod, and the holes are connected and fixed to one side of the second connecting part using a fixing part. ,
Each of the first connection parts has an S-shape bent at an angle of 90 degrees, and has a bottom wall surface, a connection wall, and an upper wall surface. Formed, and each bottom wall surface of the first connection component is a fixed component, and is connected and fixed to the rectangular hole in the upper wall surface of the first connection rod,
The second connection part has an L-shape, has a fixed wall and a hanging wall, and is formed with a rectangular hole, and the rectangular hole of the fixed wall is formed by the fixing part, and the second connection rod has the rectangular hole. A structure of a packing stand, which is connected and fixed to the rectangular hole in the connection wall.

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