JP2017206941A - Aseismatic panel - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an aseismatic panel in place of a nailed structural plywood that is not perfect in terms of a dent caused by the nail and inconsistent intervals between the nails, the aseismatic panel being integrated with structural lumber materials and coming in contact with a ground surface in a large surface area, in addition to being manufactured at a factory and high in density to an extent that requires installation of an air purifier on the ground, making the aseismatic panel safe and secure against an earthquake.SOLUTION: In a conventional timber framework method, architectural hardware is used with joints for reinforcement. An aseismatic panel joins a brace with a column, a groundsill, a beam, and a girder, and the architectural hardware integrates an overall structure. The configuration absorbs overall vibration even when the vibration is large, making the structure safe and secure against an earthquake.SELECTED DRAWING: Figure 1

Description

  This invention shall be used for a wooden frame in a wooden frame construction method, and a structural plywood and a bent steel material are used in an integrated manner, and a wooden frame structure is continuously formed by digging and mounting columns and pillars, foundations, beams and girders. It is a seismic panel with a seismic frame that protects against the continuing earthquakes and strong winds.

In the past, the wooden frame construction method used a difference in the N value to calculate the joints and joints, and reinforced the building hardware with construction hardware, and received construction application for construction.
Conventionally, in the wooden frame construction method, the structural plywood is designed to nail the specified nails on the side surfaces of pillars, foundations, beams, and girders, and the wall magnification is set in the Building Standards Act. However, the construction joints were reinforced with construction hardware.
Conventionally, the conventional wooden construction method has been revised in the event of earthquake damage, and the building standard law has been reviewed. Nail the plywood for construction, brace, calculate the strength more, increase the strength, and endure the earthquake with a seismic intensity of 6 or higher. It was constructed using the shaft construction method.

This had the following weaknesses.
Conventionally, in the wooden frame construction method, the N value is calculated with a difference, and the construction hardware is attached to the joint and joint.
Because it is a spotted construction, it can be slightly loosened by a strong earthquake, and the structure will be distorted if it shakes repeatedly.
Conventionally, in the wooden frame construction method, nailing is specified for structural plywood, but the nail penetration into the structural plywood and the interval of nailing are sparse, or if a strong earthquake continues, the wall quantity calculation cannot be accepted. A phenomenon sometimes occurred.

  The present invention is a seismic panel integrated with a structure by digging a groove of a steel material to be connected to a structural plywood into a wooden shaft construction method.

The present invention can be carried in together with the structural material when building, and it can be carried out in accordance with the building method with less runout and easy construction.
When building a structural plywood, it is 900 mm wide, so it is lightweight and easy to handle, and easy to assemble on site.
In the present invention, a processing system for structural plywood and steel bent products is established at the factory, and the structural plywood, steel thickness, screw type, screw hole interval are inspected, so N value calculation and wall quantity calculation Is a seismic panel that can handle even

The seismic panel according to the present invention is excellent in seismic resistance because the convex member is inserted into the groove formed by the concave portion of the structural plywood, and it is easy to construct the heat insulating material, and no gap is formed.
In addition, unlike nails, it is integrated with the main body of the structure, and the ground contact surface becomes larger, so a safe and secure structure can be made.

  It is a figure of a frame structure and a seismic panel.   It is a figure of a seismic panel, bracing with a shaft structure.   It is sectional drawing of a foundation, a beam, a girder, and an internal method.   It is a detailed view of the foundation and internal law.

BEST MODE FOR CARRYING OUT THE INVENTION

Since this invention dug a 30mm depth and 27mm width groove on a 105mm pillar, and attached a structural plywood and a bent material of steel between the base, the beam, and the girder, it was made an earthquake resistant panel that receives the entire load equally. is there.
The seismic panel has a width of 900 mm and has a convex shape when indented, and an adhesive is used for the joint, so that the strength equivalent to that of one panel is generated.
The seismic panels are mounted perpendicular to the columns and are horizontal, so the load is equally distributed and plays a major role in buckling.
The present invention provides a factory certification system for the production and processing of structural plywood and steel bent products, and performs product management of structural plywood, steel bent products, and screw inspection.
The present invention is a wooden shaft construction method that is integrated by perfect adhesion to the structure of the earthquake-resistant panel and greatly exceeds N value calculation and wall quantity calculation.

DESCRIPTION OF SYMBOLS 1 Base 2 Beam, Girder 3 Bending thing of steel material for structural material 4 Bending material of steel material for inner method 5 Plywood for structure 6 Spacer 7 Bracing 8 Window stand 9 Inner method 10 Wood screw

Claims (5)

  When using a foundation, pillar, beam, or girder width of 105 mm, which will be a building structure material, a groove with a depth of 30 mm and a width of 27 mm is dug in the center of the wood to make a structural plywood, aluminum, iron (Unichrome plating) titanium alloy, etc. It is integrated with the building structure using a bent object.   Structural wood is processed to the exact dimensions at the pre-cut factory and an anti-seismic panel processing factory is established, and the grade of structural plywood, steel thickness, screw type, screw hole spacing, etc. are processed within the specified range.   It can be used in the interior of a window sill where the panel width is to be processed according to the location where the structural timber is used, and can be firmly attached to a sill or duck.   Since the external wall material and the earthquake resistant panel have a double structure, there is a space for the construction of the heat insulating material, so the construction is easy.   The seismic panels and columns can be mounted horizontally and vertically, so there is no need to rework and less work.

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