JP3024942B2 - Seismic band - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an anti-vibration band for an electronic device for fixing related electronic devices, and more particularly to an anti-seismic band for an electronic device for fixing a computer and a computer-related device such as a monitor. Sexual fixation band.

[0002]

2. Description of the Related Art Generally, office electronic equipment such as a computer is used on a desk, and computer-related equipment is connected to a computer by a cord.

[0003]

Conventionally, a computer is used by being connected to a computer-related device by a cord. However, the computer is used simply placed on an office desk or table, especially when it is not fixed by fixtures and the like, when an earthquake occurs, the computer etc. falls or falls, Damaged is a problem. In particular, since a vacuum tube such as a TV tube is used for a display such as a monitor, if the computer falls or falls, an explosion occurs due to damage to the TV tube. An object of the present invention is to solve a problem related to falling or falling of a computer, a monitor, or the like.

[0004]

SUMMARY OF THE INVENTION According to the present invention, a computer and a monitor can be fixed to an office desk or a table, and it is difficult to fall or fall due to an unexpected accident such as an earthquake. It is intended to provide tools. That is, the present invention includes a band, and fixing devices provided at both ends of the band, at least a part of the band, at least one band of an elastic material, The present invention relates to a seismic band characterized in that the band is longer than the band made of an elastic material and is formed at least doubly with a flexible band having a higher tensile strength than the elastic material. Comprises a band, and fixing devices provided at both ends of the band. At least a part of the band is formed of a single band made of an elastic material and a band made of the elastic material. A first belt-shaped body that is longer than the part and is wound in the vertical direction at least double formed with a flexible straight band part having a higher tensile strength than the elastic material,
A belt, and fixing devices provided at both ends of the belt. At least a part of the belt is formed by a straight band made of an elastic material and a band made of the elastic material. A seismic band, comprising: a second band formed in a lateral direction and formed at least doubly with a flexible straight band having a longer length and a higher tensile strength than the elastic material. It is in.

[0005]

BEST MODE FOR CARRYING OUT THE INVENTION In the present invention, a seismic band is provided with a band and fixing devices such as hooks or fasteners provided at both ends of the band. The tool is formed so that one end of the seismic band can be fixed to the other end of the seismic band and can be fixed to a stop such as a stop hole provided on the table. Have been. In the present invention, the corresponding end of the seismic band can be fixed to the stopper of the placing table by a fixing tool such as a stopper, and the ends of the seismic bands can be fastened. In addition, the seismic band has a holding function of contacting the ceiling of the device with a part of the band-shaped body and pressing the ceiling to make it difficult to move by the tension of the band. It has a pulling function to press it against the like. Fasteners such as fasteners have a function of fixing both ends of the seismic band itself or both ends of the band to a desk or table. In the present invention, the tensile function is formed of a portion of the elastic material and the cloth material of the band, and a material portion of the other band, the elastic member portion and the cloth member portion are each separately, At least doubly provided on the same part. In the present invention, the elastic member is a portion that absorbs a weak vibration, and has a strength that can withstand a shaking of an earthquake with a seismic intensity of about 5, for example. The strength is large.

The seismic band according to the present invention has a fixing member at both ends, and at least a part of the belt-like body connecting the fixing members has a strip of elastic member and a band of the elastic member, respectively. Since it is formed of a flexible band having a longer length and a tensile strength greater than that of the elastic member, the computer and the computer-related equipment which are arranged one on top of the other are placed on a table of a computer such as a desk. Even if an earthquake occurs, even if an earthquake occurs, the elastic member of the seismic band absorbs the vibration, and if the vibration exceeds the strength of the elastic member, it is fixed with the cloth member. can do.

[0007]

The embodiments of the present invention will be described below with reference to examples, but the present invention is not limited to the following examples and descriptions. FIG. 1 is a schematic diagram for explaining an embodiment of the present invention. FIG. 2 is a schematic perspective view of another embodiment of the present invention different from the embodiment shown in FIG. FIG. 3 is a schematic explanatory view illustrating a first band-shaped member in the embodiment shown in FIG. FIG. 4 is a schematic explanatory view illustrating a second belt-shaped member in the embodiment shown in FIG.

In FIG. 1, a computer supporting base plate member 2 laid under a computer to which an anti-seismic band 1 of a computer device is fixed has an end portion 3 formed slightly upright and a fastening member 4. Through holes 5 are formed at both ends. An elastic band member 7 made of rubber and a support band member 8 made of cloth are formed on the tension band member 6 of the fastening member 4 of the seismic band 1. The cloth-made support band member 8 has slackness as compared with the rubber elastic band member 7, and when the rubber elastic band member 7 breaks, the computer and the computer are formed by the cloth support band member 8. It has a structure that can support related devices (none of which are shown).

In this embodiment, the tension band-shaped member 6 connected to the fastening member 4 of the seismic band 1 is formed of a cloth-made support band-shaped member 8 except for an elastic band-shaped member 7 made of rubber. In this example, the top portion 9 of the tension strip member 6 is a cloth support strip member 10, which is formed on two parallel rows of cloth support strip members 11 and 12, with a plurality of rows of cloth bridging strips therebetween. The member 14 is connected and reinforced across the member 14. In this example, rear tension band members 15 are connected from both ends of the top 9 of the tension band member 6 toward the front end of the support base plate 13 for computer-related equipment.

[0010] Since this example is configured as described above,
The computer is placed on the computer supporting base plate 2,
Above the ceiling, a support base plate for computer-related equipment 1
The computer-related equipment is placed on the support base plate 13, and the fastener member 4 of the tension band member 6 is passed through the hole 5 of the computer support base plate 2, and the length and the tension of the tension band member 6 are adjusted. Adjust and fix.

As described above, since the computer has the computer-related equipment mounted thereon and is fixed by the seismic band 2, the computer and the computer-related equipment are fixed by the seismic band 1 even if the computer shakes due to an earthquake or the like. In the case of an earthquake having a normal seismic intensity, the vibration is absorbed by the elastic band member 7 made of rubber, and the computer-related equipment does not move. Further, even if the rubber elastic band-shaped member 7 breaks due to a strong seismic intensity earthquake, it can be held by the cloth-made support band-shaped member 8, so that the computer and the computer-related devices can be prevented from dropping, and the computer and the computer-related devices can be stably stuck. Can be protected from earthquakes and the like.

The embodiment shown in FIGS. 2 to 4 is different from the embodiment shown in FIG. 1 in that a support base portion and a support base member for computer-related equipment are not provided. 2 to 4, corresponding parts are denoted by the same reference numerals.
In this example, the computer device 16 (FIG. 2) is securely fixed by turning the two tension strips 1 and 19 of the seismic band 17 in the vertical and horizontal directions. In this example, the seismic band 17 is fixed by turning the first tension band-shaped member 18 and the first tension band-shaped member 18 in a direction crossing the first tension band-shaped member 18 in a lateral direction. And a second tension band-shaped member 19. The first tension band-shaped member 18 is provided with a pair of first fastening members 20 and 21 at both ends thereof, and a first support band 22 made of cloth is provided. The second tension band member 18 is also provided with a pair of second fastening members 23 and 24 at both ends and a second support band member 25.

First and second support strips 22 and 25
Are both formed of an elastic band member 26 made of rubber and a support band member 27 made of cloth. Cloth support strip 2
7 has a slack compared to the elastic band member 26 made of rubber. Therefore, in the present invention, when the elastic band member 26 made of rubber is broken, the support band member 27 made of cloth is used.
Thus, the computer and the computer-related equipment (both not shown) can be supported.

In this embodiment, the first tension strip 18
Is formed of a cloth-made support band member 27 of the support band portion 22. In this example, the first tension band-shaped member 1
An anti-slip member 29 is provided on the lower surface of the ceiling portion 28 of FIG.

[0015] Since this embodiment is configured as described above,
As shown in FIG. 2, the computer device 16 is wound around the entire circumference from the top to the bottom by the first tension band member 18,
The second tension band-shaped member 19 includes a display unit 30 on the upper part of the computer device 16 and a computer unit 31 on the lower part.
Is wound around the entire circumference in the lateral direction to fix the computer device 16. The first tension band-shaped member 18 is provided with a band pass 33 through which the second tension band-shaped member 19 passes, and the second tension band-shaped member 19 is passed through the band pass 33, and The second tension band member 19 can be securely tightened. The tightening strength of the earthquake-resistant band 17 is determined by adjusting the length and tension of the first tension band-shaped member 18 with the length adjusting device 34 for the first tension band-shaped member 18. The length and tension of the second tension band member 19 are adjusted according to the length of the second tension band member 19 passing through the fastener member 23.

As described above, since the computer device has the computer-related equipment mounted on the computer and is fixed by the seismic band 17, the computer device can be shaken by an earthquake or the like.
The computer and the computer-related equipment are fixed by an earthquake-resistant band 17, and in the case of an earthquake having a normal seismic intensity, the vibration is absorbed by the elastic band member 26 made of rubber, and the computer-related equipment does not move. Further, even if the rubber elastic band-shaped member 26 breaks due to an earthquake having a strong seismic intensity, it can be retained by the cloth-made support band-shaped member 27, so that the computer and the computer-related equipment can be prevented from falling down, and the computer and the computer-related equipment can be stably provided. Can be protected from earthquakes and the like.

In this embodiment, both the first and second tension strips 18 and 19 have the support strip 22 formed therein, but the second tension strip has the support strip 2.
2 can be omitted. In the above example, the material of the support base plate is not described, but a general base material can be used. However, when the support base plate is arranged on a desk or the like, it can be formed of an elastic member. Also, instead of fixing the fastening member 4 to the computer support base plate, a fixing tool can be provided on an edge of a desk or the like for earthquake resistance.

[0018]

The seismic band according to the present invention has hooks at both ends, and at least a part of each of the pulling portions following the hooks includes a strip of elastic member and the elastic member. It is longer than the band, and is formed of a flexible straight band having higher tensile strength than the elastic member, so that even if an earthquake or the like occurs, It is possible to prevent the device from falling down and the like, and to safely store equipment such as a computer from an earthquake or the like.

[Brief description of the drawings]

FIG. 1 is a schematic explanatory diagram illustrating an embodiment of the present invention.

FIG. 2 is a schematic perspective view of another embodiment of the present invention, which is different from the embodiment shown in FIG.

FIG. 3 is a schematic explanatory view illustrating a first band-shaped member in the embodiment shown in FIG. 2;

FIG. 4 is a schematic explanatory view illustrating a second belt-shaped member in the embodiment shown in FIG.

[Explanation of symbols]

 1, 16 Seismic band 2 Computer support base plate member 3 End of computer support base plate member 4, 9, 20, 21, 23, 24 Fastener member 5 Hole 6, 22, 25 Tension band member 7, 26 Rubber Belt members 8, 10, 27 Cloth support band members 11, 12 Two rows of cloth support band members 14 Cloth bridging band portions 14 Support plate members for computer-related equipment 15 Backward tension band members 16 Computer device 18 First support band member made of cloth 19 Second support band member made of cloth 28 Ceiling part 29 Non-slip member 30 Display part 31 Computer part 32 Connection part 33 Band passing 34 Length adjusting device

Claims (3)

(57) [Claims] 1. A belt-like body, and fixing devices provided at both ends of the belt-like body, at least a part of the said belt-like body comprises at least one strip of elastic material, A seismic band, characterized in that the band is at least doubly formed of a single flexible band having a longer length than a material band and a higher tensile strength than the elastic material. 2. A belt comprising: a band; and fixing members provided at both ends of the band, wherein at least a part of the band is a single band made of an elastic material; A first strip that is longer in the vertical direction and that is at least double formed by a flexible strip that is longer than the elastic strip and has a higher tensile strength than the elastic material; and a strip. And fixtures provided at both ends of the band-shaped body,
At least a part of the belt-shaped body is at least double-layered by a single band made of an elastic material, and a flexible single band having a longer length than the band made of the elastic material and a higher tensile strength than the elastic material. An earthquake-resistant band comprising a second band-shaped member wound in the lateral direction, the band being formed in the band. 3. The seismic band according to claim 2, wherein a band-like band through for inserting the second band is formed in a part of the first band.