JPS582754Y2 - transportation equipment - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a transportation tool, and particularly relates to a transportation tool suitable for manually transporting a box packed with an electric washing machine or other items of similar size.

FIG. 1 shows a rigid or semi-rigid container-like box, such as a cardboard box, in which an electric washing machine or an item of similar size is packed.

This box 10 has openings 11 on both sides (only one shown).

Normally, the person places his or her hand in the opening 11 and carries the object with both hands, but this pose causes fatigue when carried over long distances, and is dangerous on stairs because one cannot see one's feet.

Figure 2 shows a transportation tool that embodies this idea.
It consists of two plate bodies 12 and 13 and a flexible string body 14 such as a rope.

The two plates 12 and 13 are manufactured so that at least one of the vertical width and the horizontal width (both are acceptable) is larger than the vertical width or the horizontal width of the opening 11 of the box, and one of the plates (
(hereinafter referred to as the first plate) 12 has an opening 11 whose vertical width A is
It is manufactured to be smaller than the left and right width B of .

For manufacturing reasons, the other plate (hereinafter referred to as the second plate) 13
are also made to the same size.

Each plate body 12, 13 is provided with two holes 15, 15 at an interval narrower than the horizontal width B of the opening 11, and a hole with a width equivalent to the two holes is provided between the two holes. 16 are provided.

The string body 14 is bent at the center into a U-shape to form a handhold portion 14a, and both ends thereof are connected to the holes 1 on both sides of the second plate body 13, respectively.
5.15, and then the holes 1 on both sides of the first plate 12.
5.15 and again through the central hole 16 of the first plate 12.
through the center hole 16 of the second plate 13, and connect both ends to form a knot larger than the hole 16.
Eye 14 b has been created.

Note that both ends of the string body 14 may be integrally fixed and connected to the second plate body 13, but the connection function can also be sufficiently achieved by abutting the knot 14b.

When using this carrying tool, first, as shown in FIG.
The first plate 12 is inserted from one end, and the whole is inserted into the box 10 as shown in b.

In addition, in the packaging box, as shown in FIG.
Therefore, even a plate larger than the opening 11 can be inserted.

The first plate 12 inserted vertically as described above is
As shown in (d), the first plate 12 is placed parallel to the longitudinal direction of the opening 11, and the first plate 12 is placed parallel to the longitudinal direction of the opening 11, and The opening 11 is covered from the inside by one plate 12.

Then, when the handle part 14a of the string body is pulled outward with respect to the box 10 (arrow F), the string body protruding from the hole 16 in the center of the first plate body 12 is pulled toward the box 10 ( Arrow H),
The knot 14b pushes the second plate 13 and moves it towards the box 10.

As a result, the two plates 12 and 13 sandwich the opening 11 from both the inside and outside sides, and the string body 14 is attached as a handle to the box 10.

When the box 10 is pulled up by the handle part 14a, the handle part 14a is relatively pulled by the weight of the box 10, and a force acts on the two plates 12 and 13 in the direction of bringing them closer together. .

In other words, the two plates 12,
13 pinches the periphery of the opening 11, so that the plates 12, 13
, the position of the string body 14 does not shift, and therefore the string body 14 does not rub and damage the inner surface of the opening 11 during transportation (
In the case of a cardboard box, it does not cause the cardboard to break.

In addition, since the entire circumference of the opening 11 is uniformly compressed, concentrated loads do not act on extremely localized areas, and the box is not damaged by concentrated loads.

FIG. 5 shows a preferred mode of transporting the box 10 using the above-mentioned transport tool, in which one hand goes over the shoulder and grips the string body 14, the other hand is placed on the bottom of the box, and the box is carried on the back. If you hold it like this, you can easily carry it over long distances, and even on stairs or in narrow alleys.

Note that in the above embodiment, holes may be provided on the outside of the holes 15 in place of the holes 16, and a pull-out stop such as a knot may be provided at each end of the string body on the outside of the second plate body. It is possible to attach a handle part of a separate part to one end of the body, insert the other end through each plate as described above, and tie a knot on the outside of the second plate to prevent it from being pulled out. It is.

As described above, this device consists of a pair of plates and a string body having a handhold part, and by pulling the handhold part, the drawing board bodies are moved in the direction of approaching each other. Since the article is transported while being compressed around the opening between the drawing boards depending on the force or the weight of the item, the board and string will not shift during transportation and will not damage the item by sliding against the opening of the item. In addition, it exhibits excellent effects such as preventing damage to the article due to concentrated load acting on extremely localized areas.

Moreover, if the article has an opening, this carrying tool can be easily attached, and the length of the string body can be used to carry the article in a comfortable posture.

Attaching a hand strap to each item such as a packing box will increase the cost of each product, but by providing this transportation equipment at each store, the hand straps attached to each item will become easier. Strings can be omitted, which is effective in reducing product costs.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing a box as an object to be transported, Fig. 2 is a perspective view of a transportation tool embodying this invention, and Fig. 3 a-
d is an explanatory diagram showing the process of attaching the carrying tool to the opening;
The figure is a horizontal sectional view of the object to be transported and the transport tool, and FIG. 5 is a side view showing one aspect of the transport state using the transport tool. Explanation of symbols 10: Box (object to be transported), 11: Opening, 1
2: first plate body, 13: second plate body, 14: string body, 1
4a: Handhold part.

Claims (1)

[Claims for Utility Model Registration] A transportation device for a rigid or semi-rigid container-like article, which has an opening for transportation on one side and has a space around at least the inside of the opening, a first plate whose width is smaller than the vertical or horizontal width of the opening and whose other width is larger than the width of the opening; and a second plate whose width is larger than one of the vertical or horizontal width of the opening. A plate body, one end of which is inserted into a hole provided in the first plate body through a hole provided in the second plate body, and then inserted again into another hole provided in the first plate body to form a second plate. a string body connected to the body and having the other end guided outward through the hole in the second plate body, the first plate body being inserted into the article through the opening, and the other end of the string body being connected to the body; A carrying tool that can be pulled to compress the periphery of the opening of an article between drawing board bodies and carry the article by holding the other end of the string body.