JP2008231904A - Construction method for foundation, column footing and ground sill for building with elevated floor above ground - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a construction method for a building having an elevated floor above ground by embedding foundation concrete and installing a ground sill and a high column thereby permitting to utilize a space created between ground surface and an elevated floor of the building being differently from conventional buildings which are usually built by directly installing the ground sill to foundation concrete and piles. <P>SOLUTION: This construction method adopts an elevated floor above ground and therefore a concrete foundation is embedded and connected monolithically with a footing column embedded and raised by fixing a ground sill and also with bonding members required for fixing a ground sill and maintaining level and strength of the members in order to provide sufficient countermeasures against any earthquake, wind or snow loads since an elevated floor construction system is adopted therein. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a method for constructing a stilt-type foundation, foundation pillar, and foundation.

  Conventional tree houses usually use natural standing trees and are built around the standing trees. In ancient times, there was a stilt-type food storage, etc., but it is a building structure with four or more pillars. Furthermore, a gas station is known as a one-pillar resting facility in a park or the like in which a roof is provided with two, three, and four pillars on a fueling facility. However, in these conventional buildings, there are few standing trees that can withstand the building in the vicinity and it is difficult to use, and the construction of the floor, ceiling, roof, etc. due to the standing tree pillar in the center of the building becomes complicated A patent application was filed on February 22, 2007 by the same inventor in order to solve the problem and provide a structure as a building rather than a building having only a roof on a pillar.

  It is an object of the present invention to provide a construction method that facilitates a stilt construction method for which a patent application has been filed by the same inventor, and to provide safety and strength of materials used.

In order to make the building a high-floor type, the foundation is embedded to avoid collapse, inclination, etc. due to earthquake, wind, snow, etc. By taking, it becomes a foundation that can withstand earthquakes, wind, snow, and buildings.
In order to adhere and stabilize the foundation, the reinforcing bars in the foundation and the foundation pillar are tightly bound to ensure strength. A coupling member is applied to the top of the foundation pillar, and a base is attached and bound. It becomes the foundation of the building and builds the building on this.

  Conventionally, it has been sought as an aerial building as a tree house by using standing trees, but it has been solved because there are no trees suitable for the tree house in residential areas and neighborhoods. Since the number of pillars is aggregated, when using land, buildings can be made even in narrow land, residential areas, etc., and the land space and the ground space of the building can be used properly according to the purpose of use, so convenience Increased. In the tree house, standing trees penetrated the center of the room, and the floor, ceiling, and roof work were complicated, and the work was simplified. Since the standing trees disappeared in the center of the room and the shielding was removed, the space for use increased and the field of view was also solved. The problem was solved because the humidity in the room was high because of the living trees.

BEST MODE FOR CARRYING OUT THE INVENTION

Embodiments of the present invention will be described below with reference to embodiments shown in the drawings.
FIG. 1 is a perspective view showing a building. In order to make the building a stilt type, the foundation concrete 1 is made into a fuchin shape in order to avoid collapse inclination due to earthquakes, winds, and snow, etc., and this concrete is provided with reinforcing bars 2. Ensure stability in weight, footin shape. The foundation pillar 3 is suspended from the center of the foundation concrete 1 by applying the reinforcing bars 2 inside the foundation concrete 1. The connecting member 5 is applied to the top of the foundation pillar 3 in all directions, and the base 4 is fixed horizontally and fixed to the connecting member 5. The outer periphery base 4 is fixed in series to the tip of the horizontally extending horizontal base.
FIG. 2 is a plan view showing a building. A foundation pillar 3 is suspended in the center of the independent foundation concrete 1. The foundation 4 is placed on a shelf provided with a coupling member 5 on the top thereof, and the foundation 4 is horizontally fixed to the foundations 4. A base can be constructed and a building can be constructed by fixing the outer peripheral base 4 in series at the tip of a horizontal horizontal base extending radially.
FIG. 3 is a sectional view showing a building. The foundation concrete 1 is made into a foot shape, and the base and foundation are provided with reinforcing bars 2 and the foundation pillar 3 is suspended from the center of the foundation concrete 1. A connecting member 5 is applied to the upper end of the foundation column 3 in all directions, and the base 4 is fixed horizontally in the horizontal direction via the connecting member 5 at the upper end of the foundation column 3. A building can be built on top of this.
For fixing the coupling member 5 to the base 4 and the bases 4, there are methods such as electric welding and bolt and nut fixing. The materials for the foundation pillars include gathered lumber, reinforced concrete, column material, steel pipe, etc., and the appearance can be changed by applying a wood-painted seal, and the column material is made of wood that has been processed into a crescent-shaped log. It looks like a log when stretched.

  It is the perspective view which showed the building.   It is the top view which showed the building.   It is a sectional view showing a building.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Foundation concrete 2 Reinforcement 3 Foundation pillar 4 Base 5 Joining member

Claims (1)

  A plurality of horizontal support bases to be fixed by connecting members are arranged radially on the top of the foundation columns fixed to the foundation concrete and are connected and fixed to the respective horizontal support bases at the front ends of the horizontal support bases. A method for constructing a high-floor building with an outer base and a building placed on the base.

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