JPH11350787A - Metal fitting preventing quake of building at earthquake - Google Patents

Abstract

PROBLEM TO BE SOLVED: To work a metal fitting preventing the quakes of a building at the time of an earthquake to quakes from all directions at 360 deg. only at the time of the earthquake by working the metal fitting only at the time of the earthquake and preventing so-much working to other wind, rain, typhoon, etc. SOLUTION: The front end of a base column is rounded first. On the other hand, a half or more of a ball at the front end of the base column is wrapped in a section receiving the ball in the base 1 of the building, and the ball is not slipped off even when force is applied from all directions. A section between the ball and the metal fitting wrapping in the ball is coated with grease, etc., so that the base column is not squeaked in all directions at 360 deg. and is moved lightly, the rusting of the ball is prevented, and the base column is not squeaked and is moved easily. Accordingly, since the base and base column of the building are moved at the time of the earthquake, the base of the building may not be so shifted to all quakes at 360 deg., and quakes are obviated and can be solved.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

Conventionally, research and development on earthquakes has been advanced to the extent that there is absolutely no further invention and research and development. There are many inventions ranging from simple ones to advanced ones. Also, even if the shaking is suppressed by advanced technology, it costs too much to produce it, and even if it is used in research and development, the construction cost is too high to use it easily. However, there was a problem.

[0002]

SUMMARY OF THE INVENTION The present invention is designed so that it does not act so much on wind, rain, typhoon, etc., that it can be used only during an earthquake.
Acts against shaking from all directions at 0 degrees. First, the tip of the pedestal is rounded. On the other hand, make sure that the person receiving the building stand wraps the round ball at the tip of the pillar more than half so that it does not come off even if force is applied from all directions. In addition, grease etc. is painted between round balls and metal fittings wrapping round balls so that the pillars can move lightly without squeezing in all directions at 360 degrees, making the round balls hard to rust,
By making the pedestal squeaky and easy to move, the pedestal of the building does not move much and the pedestal of the building does not move much so that the pedestal moves 360 degrees due to the movement of the pedestal and the pedestal during the earthquake,
The problem can be solved.

[0003]

The present invention can be easily manufactured. In addition, since only iron is used for the production, there is an advantage that it is hard to be broken, durable, durable and prevents shaking, and is inexpensive and can be produced.

[Brief description of the drawings]

FIG. 1 is an overall view of a mounting bracket that prevents shaking during an earthquake.

[Explanation of symbols]

1 Building stand 2 Pillars 3 Round the tip of the pillars 4 Attach it to the building stand and wrap the lower round more than half so that it does not come off even if force is applied in all directions 5 The pillars move lightly without squeezing Inject grease etc. between the round and the metal fittings surrounding the round 6 Mounting bracket 7 Wooden pole 8 Iron pole

Claims (1)

[Claims] 1. It works only in the case of an earthquake, and does not act so much on other winds, rains, typhoons, etc.
60 degrees, so that it acts on shaking from all directions.