JP2008180059A - Pole direct-connecting rotating steel ball type free house area method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method which dose not transmit the huge energy of the swing of seismic waves assuming a large earthquake to a pole. <P>SOLUTION: A rotating steel ball 3 mounted at the terminal end of each pole 17 is set at the center of a steel plate scouring circular plate 4 with a suitable size, and accordingly the huge energy of the swing of the seismic waves assuming the large earthquake is not transmitted to the pole 17, and the huge energy is released by the steel ball 3 which rotates on the scoured steel plate 4. When the steel ball 3 is rolled by receiving the seismic waves, at that time point an ultra carbon pipe 10 provided at the lower end of the pole 17 and around the scoured steel plate 4 is made not to hit on a steel ball stopper wall 5 provided around the area of the steel plate 4 by receiving the resistance of the four ultra carbon pipes at minimum in a form which is linked to a wire 12. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention is a construction method for building a limited freehouse area on the ground using the roller principle for buffering the enormous energy of a large earthquake.

  In the past, there was no seismic shock absorbing method in houses.

Problems to be solved by the invention

  This seismic shock absorbing method is based on the application of the patent request No. 2006-186070 (technique for increasing the strength and repulsion of long objects), and the total load applied vertically by the seismic wave is as follows: The high part proportional to the height is delayed with respect to the shaking, and the joint between the pillar and beam, the pillar and the wooden frame of the room is distorted, the wall is cracked, and after the earthquake The squares of the pillars with respect to the ground and the squares of the room's wooden frame with respect to the pillars were lost, and the tiles were peeled off, making the house unusable. This construction method is based on a one-story house, and will replace all the roof tiles made of carbon to greatly reduce the total load on the pillars. Substitute slabs use ultra carbon pipes, and all rafters that support the slope of the roof use ultra carbon pipes. Further, the length of the column is longer than before, and a floor floor is provided higher and a reinforcing metal is attached to the end of the column, and a metal steel ball mounting jig connecting ring is attached to the reinforcing metal. The ring has the same diameter as the mounting jig ring integrated with the steel ball. The two rings have an appropriate number of bolt insertion holes, and are fastened with nuts. And become one. The steel ball has a function to rotate, and is installed at the center position of a steel plate polished plate of an appropriate size circular shape. An ultra carbon pipe with a strong repulsive force that does not hit is used. For this purpose, a wire is hung on the hook attached to the steel ball mounting jig, and the hook is attached to the pipe and a jackle is used to tighten it tightly, so that the steel ball is centered radially. , Put them in tension, and respond to earthquakes in any direction. After a major earthquake, it is necessary to return the steel ball to the original location by the manufacturer. Steel balls and polished steel plates are coated with grease to prevent rust, and at the same time, a cover is hung to protect against dust, but a wire hole is opened in the cover. In addition, the installation of the ultra carbon pipe inserts pipe protection reinforcement rubber at the time of concrete foundation construction, takes it to the root of the pipe, buryes the pipe in concrete and hardens it as it is.

Means for solving the problem

  In the event of an earthquake, provide a structure that can maintain the parallelism of the steel ball polishing plate as a foundation, and the main will also give an appropriate twist to the total load of the house (assuming all others such as refrigerators and cupboards) Knowing the toughness of the ultra carbon pipe and the degree of repulsive force necessary to hold it, measure the rotating steel ball so that it does not hit the steel ball stopper wall due to seismic waves.

Embodiments of the Invention

(B) A suitable number of pipes as shown in Fig. 2 at positions of appropriate length from the point directly below the pillar to the radiation, as shown in the blueprints with high floors at the stage of concrete foundation for building houses The ultra carbon pipe (10) with the protective reinforcing rubber (11) inserted as shown in the figure is set up vertically while the concrete is put in, and it is sealed and fixed as it is in the concrete. From the upper end inlet of the pipe, a pipe crack prevention plug is attached as shown in FIG. 3, and a hook for pulling the wire is attached.
(B) A column end reinforcing metal (1) is attached to the tip of a long column to provide a high floor, as shown in Fig. 1. A metal steel ball mounting jig connecting ring (2) is attached to the reinforcing metal. It has been. The ring has the same diameter as the mounting jig ring integrated with the rotating steel ball (3). The two rings are provided with an appropriate number of nut tightening holes to adjust the pitch, and bolts are attached. Put it in and tighten it with a nut to make it integral with the column (17) and the rotating steel ball (3). Centering on the rotating steel ball, hook the wire (12) and the spacer (18) on the hooks (6) and (9) radially as shown in FIG.
(C) Even if the weight is reduced, the total weight is still large. Since the total load is delayed by the seismic wave, the beams and columns are moved and the movement is stopped. Insert the ultra carbon pipe (14) into 13 and screw it into the screw hole (16) as shown in (19) to complete the seismic shock absorbing method.

The invention's effect

(B) In order to replace ridges, rafters and other reinforcing material locations, roofs, walls, ceiling plates, etc. with carbon plates or ultra carbon pipes, weight reduction is achieved and proportional to the total weight of the downward load applied to seismic waves. In order to achieve zero ideals for the foundations of houses that come from seismic waves, and to use a lot of timber, including traditional tiles, the price of new homes has become expensive and the economic burden on buyers has been heavily burdened. Carbon is friendly to the earth, has low material costs, and can build the next generation of ideal homes worldwide, low-cost housing. Even if the carbon plate breaks, it can be taken to a position where everything is standardized and processed and repaired quickly.
(B) By inventing a lightweight and tough repulsive material called ultra carbon pipes, we were able to derive a direct column rotating steel ball freehouse area construction method using the principle of rollers that can buffer the energy of a huge earthquake. By the construction method, the people who live in the earthquake zone can be completely preserved without making the people affected by the disaster, and a house where they can live safely for a lifetime can be provided. In addition, because of the carbon roof and walls, the fire spread speed is slow even from the outside and internal fires, making it possible to extinguish fire extinguishers and fires.

This is a schematic diagram of the entire structure of the free-house area construction method using a steel ball directly connected to the column from the beam to the floor. (1) Column end reinforcement metal (2) Metal steel ball mounting jig connecting ring (3) Rotating steel ball (4) Steel plate polishing plate (5) Steel ball stopper wall (6) Hook (7) Jackle (8) Pipe Crack prevention plug ▲ 9 ▼ Hook ▲ 10 ▼ Ultra carbon pipe ▲ 11 ▼ Pipe protection reinforced rubber ▲ 12 ▼ Wire ▲ 13 ▼ Beam ▲ 14 ▼ Ultra carbon pipe ▲ 15 ▼ Pipe crack prevention plug ▲ 16 ▼ Screw hole ▲ 17 ▼ Pillar ▲ 18 ▼ Spacer ▲ 19 ▼ Screw installation ▲ 20 ▼ Hole insertion It is the embodiment figure which used the ultra carbon pipe radially of the main place of this invention. ▲ 7 ▼ Jackle ▲ 9 ▼ Hook ▲ 10 ▼ Ultra carbon pipe ▲ 11 ▼ Pipe protection reinforced rubber ▲ 12 ▼ Wire It is sectional drawing which cut the upper end of the embodiment of the ultra carbon pipe of FIG. It is sectional drawing which cut the lower end of the ultra carbon pipe used for the pillar upper end of FIG.

Claims (2)

  Reinforcing metal is attached to the bottom of the column with screws, and the metal is attached to a metal steel ball mounting jig connecting ring. The ring is the same diameter as the mounting jig ring integrated with the rotating steel ball. The ring is fastened with bolts and nuts with two pitches with nut tightening holes, and the column and rotating steel ball are integrated. The rotating steel ball is installed in the middle of an appropriately sized steel plate polished disc, and the disc has a certain degree of parallelism in order to stave more than the free house area that escapes the enormous energy of the earthquake in the event of an earthquake wave. A steel ball stopper wall is provided, and the column of the ultra carbon pipe is buried at the position of an appropriate length radially from the steel ball center that does not hit the stopper wall when building a concrete foundation, Insert pipe protection reinforced rubber at the base of the pillar and dry and fix the concrete as it is. After tightening the two rings that connect the pillar and the steel ball with a nut, hooks that hook the wire around the upper circumference of the ring are attached to the number of pipe pillars, and from the top inlet of the buried pipe A screw hole is pre-opened from the outer diameter of the pipe at the location where the pipe break prevention plug is inserted and fixed with an adhesive in advance, and the hook mounting jig is attached from the hole. With these two hooks, we use a wire and a spacer to pull them together with a jackle to deal with earthquakes in any direction. Also, make a hole where the ultra carbon pipe fits into the beam at the upper end of the column, insert it, insert a pipe crack prevention plug in advance from the lower end inlet of the pipe, fix it with adhesive, and fix the column and pipe to the plug For this purpose, a screwing ring hole is integrally attached.   The direct-connected rotating steel ball-type freehouse area construction method is based on the principle of reducing the weight of the upper part of the house as much as possible, and is all aimed at single-story buildings. Therefore, the carbon plate is used as an alternative to the roof tile, and the rafters used for the slab slabs and the sloping surface of the roof, and the substitutes for the long and short wooden plates that support the wall surface are all used for the ultra carbon pipe. In the process of measuring the purpose and purpose of making each carbon pipe from a single piece of carbon pipe, it adds value according to the purpose of use of patent application No. 2006-186070. In the process of winding the rope and natural fiber thread or rope the required number of times, a ring or hook or ring made of metal and petroleum solid material and wood or bamboo or rubber or chemical fiber thread or rope and natural fiber thread or rope The necessary number of support portions are sealed in the appropriate number of windings, and a resin is applied each time the winding is wound to sufficiently withstand the used tensile weight. The ring or hook and ring are used to attach the carbon plate for the above purpose.

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