JP3116681U - Tethering plate for rubber bands, etc. - Google Patents

Abstract

An object of the present invention is to provide a rubber band connection plate that can broaden the use of the elastic function of the rubber band by mainly allowing the rubber band to be easily attached and detached.
SOLUTION: This is a mainly rectangular perforated plate 2 having flexibility to expand the use of its expansion / contraction function by easily anchoring an annular elastic body such as a rubber band 1 mainly. A slit 4 is provided so that a rubber band can be easily hung on a rectangular perforated plate with a punch hole 3 formed therein.
[Selection] Figure 1

Description

  In the present invention, an annular elastic body such as a rubber band can be easily attached and detached and is not easily detached during use. Anchoring plates for rubber bands, etc., which can obtain the desired shape, elastic strength and length of elasticity by continuously anchoring an annular elastic body such as rubber bands with a non-elastic member. About.

  Conventionally, the ring-shaped elastic body such as a rubber band was connected to one or a plurality of ring elastic bodies at the most, so that the expansion / contraction function could not be drawn out sufficiently. Up to now, when bundling larger objects, it is possible to create a long elastic body by tying the rubber bands together. There was a problem that it could not be solved in shape.

  Further, when only the rubber band is used, it is difficult to adjust the balance between the expansion / contraction length and the expansion / contraction strength.

  The problem to be solved is that a new elastic device with an expansion / contraction function can be obtained at a low cost by making it easy to anchor with a plate or string so that the expansion / contraction function can be easily used even with a single rubber band. Enable use.

  As shown in FIG. 1 and FIG. 2, an elastic body such as a rubber band can be easily attached and detached by opening a punch hole on the inner side along the long side of a plate having a rectangular shape and slitting it. The elastic body such as a rubber band can be tethered to a plate or string.

  In addition, it is possible to use a plate in which a slit is bent or a plate in which the shape or position of the slit is appropriately changed. Also, use multiple holes for rubber bands so that the rubber bands will not come off during use more easily.

  As an effect of the present invention, it is possible to freely adjust the length and strength of expansion and contraction compared to using only rubber bands, and it can be used as a new elastic device different from rubber bands, and it is also easy to attach and detach Therefore, it is highly versatile depending on the device, and it can be applied to various things at low cost.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  In the following example, elastic rubber is used as a material such as rubber bands anywhere in the home, and it is used by adjusting the strength of the contraction force by bundling or stacking several rubber bands. As the material, a synthetic resin having flexibility is considered as the most suitable material. Structurally, as shown in FIG. 1, the most basic form can be constituted by a rubber band, a plate having slits in four corner punch holes.

  Also, in Fig. 2, rubber bands and resin plates are used, and two punch holes are opened in each of the four long corners of the rectangle to connect them, and the rubber bands can be easily removed. The slits are bent rather than straight, and the rubber bands are tethered together to connect the plates. This prevents the rubber band from falling off. By using several rubber bands together or by using double rubber bands, the stretch strength and extension length can be freely changed, and the plate length itself can be freely changed.

  In FIG. 3, a plurality of the resin plates (three in this example) are bonded to each other by rubber bands, and the positions of the bent slits of each plate are slightly shifted so that the rubber bands are not easily dropped off. . In addition, by bonding the plates, there is naturally an effect of improving the strength of the plates themselves, so that a plurality of rubber bands can be tethered. In addition to this example, the rubber band can be tensioned in various ways.

  Fig. 4 shows that by standardizing the hole spacing and the plate width (rectangular short side), the two plates can be bonded at right angles with rubber bands. As a result, the connection between the rubber band and the plate can be expanded two-dimensionally, for example, in a net shape.

  The left side of FIG. 5 connects two plates for string connection with strings. This shows that, for example, as shown in the right figure, the plates can be used as a book band by tightening a string with the elastic force of a rubber band, or when used paper is bound. In this example, two strings are used, but if you tie the strings in a cross, you can naturally tie a string.

  6 and 7 show an example in which a rubber band and a plate are connected in a belt shape on the outer periphery of the waste basket and used as an edge presser for a plastic bag or the like set in the waste basket. It shows that a simple opening / closing lid, which is also anchored to the installed plate and rubber band, to make it difficult to see the contents of the waste basket from the outside, can be easily installed.

  In addition, the example in Fig. 7 shows that it is easy to add a function to hold the dust with rubber bands and plates so that the dust does not overflow from the waste bin, such as when the waste is temporarily not full, instead of the waste lid. It is a figure.

  FIG. 8 is a diagram in which a rubber band and a connection plate are connected in a ring shape and used as a guard presser so that the guard is not dropped by the wind when the guard is passed to the fence and dried.

  FIG. 9 shows an example in which a rubber band and a plate are used in place of a rubber band with a hook for holding a load on a bicycle carrier. Since it can be stretched where necessary with the necessary strength and length, it is easy to handle because it can be securely stopped without any string.

  As illustrated in the drawings so far, it is easy to suppress the plastic bag set in the waste basket and attach the lid to the waste basket, and it can be used as a substitute for a rubber strap with a hook to pack the load on the loading platform. Alternatively, it can be used as a training tool for increasing strength. In addition, since it can be expanded vertically and horizontally, the range of use as a net-like elastic tool is expanded.

It is a figure of the basic form of a plate with a rubber band and a slit hole. The rubber band and the plate are actually tethered, but four holes are attached, and the rubber band is hung in the plow so that it does not come off. Laminated rubber plates are laminated together. Two plates are attached vertically with rubber bands. Figure 5 combines a rubber band, plate, and string to provide functions such as a book band. It is hung in the shape of a trash can belt such as a garbage can and used as a trash bag or even a simple lid. It is hung in a belt on a trash box such as a garbage can and used as a trash bag, and at the same time has a function that prevents trash from overflowing. It is used as a bag for a basket when hanging a basket on a clothesline. They are even used as luggage bags for bicycle carriers.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Rubber band 2 Resin plate 3 Pair anti-hole 4 opened in the four corners of a plate 5 Punch hole 3 slit 5 Punch hole 3 bent slit 6 String 7 String connection plate 8 Books, magazines, old newspapers, etc. Lid 11 Garbage belt 12 made of rubber band connection plate 12 Band 13 Laundry basket 14 Bicycle luggage 15 Bicycle bed

Claims (3)

Mainly a rectangular perforated plate with flexibility to expand the use of its expansion / contraction function by easily anchoring an annular elastic body such as a rubber band,
There are one or more punch holes in the four corners of the plate with slits for anchoring ring-shaped elastic bodies such as rubber bands at the four corners of the long side or the opposite long sides of the rectangle. Tethered rubber bands, etc., characterized in that an annular elastic body such as a rubber band can be easily attached to and detached from the plate through the slit and is difficult to come off during use. plate.   An annular elastic body such as a rubber band by inserting a bend between the edge of the plate and a punch hole in a slit that is passed through the anchoring plate such as a rubber band, when a ring elastic body such as a rubber band or a string is hung and set. 2. The tether plate for rubber bands according to claim 1, wherein the tether plate is more difficult to come off. A plurality of tethering plates such as rubber bands are overlapped and the positions and shapes of the respective slits are appropriately shifted to prevent the annular elastic body, the string, and the like from being easily removed through the slits. The rubber band tether plate as described in 1.

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