JP3111739U - Wooden building joint fitting and H steel base - Google Patents

Abstract

PROBLEM TO BE SOLVED: To strengthen the strength of a wooden building and reduce the construction period, thereby making it cheaper, resistant to earthquakes, and even when the house is tilted due to earthquake disasters, unsettled subsidence, board blisters, etc. The goal is to make it easier to renovate.
[Solution] By being able to mass-produce joints and fire struts of wooden buildings using metal fittings stronger than wood, the construction period can be shortened and construction costs can be reduced, and collapses due to earthquake disasters, etc. can be achieved with strong joints and fire struts. Can be prevented. In addition, a ring-shaped part is provided on the outside of the joint bracket part, and it is possible to pass a rope or jack up, loosen the nut and remove it from the foundation part, and it will be easy to move the building up and down, left and right. It is characterized in that it can be easily leveled when the house is tilted due to a board bulge.
[Selection] Figure 8

Description

  The present invention relates to a wooden structure that is short in construction period, inexpensive, and capable of dealing with structural materials from 3.5 to 6 inches, is strong against earthquakes, and can be easily repaired horizontally.

  Traditionally, wooden construction requires a long range of construction, such as chasing large plug joints, seat sickle joints, seat ant joints, etc. It is weak, and if the house is tilted due to an earthquake disaster, subsidence, or board blistering, it becomes difficult to repair.

  However, it is possible to mass-produce joints and fire struts for wooden builders using metal fittings stronger than wood, thereby shortening the construction period and lowering construction costs, and collapsing due to earthquakes etc. due to strong metal fittings and fire struts. Can be prevented. FIG. 1 shows an example of a fitting joint.

  In addition, wooden buildings are difficult to refurbish if the house is tilted due to an earthquake disaster, unsettled sinking, or blisters, and enormous renovation costs are incurred. If a ring-shaped part is provided outside the joint metal part, a rope can be passed or jacked up, and the nut can be loosened and removed from the foundation part to move the building up and down, left and right, an easy horizontal repair is possible. FIG. 2 shows an example of a fitting joint having a ring-shaped portion on the outer fitting.

  If it is a simple horizontal refurbishment only in the vertical direction, the bolt can be lengthened as shown in FIG. 3 and can be adjusted by a combination of a bolt and a nut, and can be easily refurbished at a low cost.

  By using a wire for the bracing part of a conventional tree, it is possible to tighten the wire and serve as a brace. FIG. 4 and FIG. 5 show an example in which a ring-shaped portion is provided on the inner side of a fitting part for passing a wire.

  However, metal fittings and fire struts attached to the wood part will also be difficult to play if the wood part is aged. Therefore, as shown in Fig. 6 and Fig. 7, if the base of the foundation is not made of wood, durable H steel is used, and if a ring-shaped portion is provided outside the joint fitting, It can be passed through and jacked up, and it is easy to move the building up and down, left and right by loosening the nut and removing it from the foundation, even if the house is tilted due to earthquake disaster, uneven subsidence, board bulging Can be renovated. If the bolt is further lengthened, adjustment can be made only with the combination of the bolt and the nut, and the horizontal repair can be easily performed at a low cost.

Issues that the device is trying to develop

  As described above, the joints and foundations according to the prior art of wooden construction require various techniques such as chasing large plug joints, waist sickle joints, seat ant joints and the like, as well as various techniques such as bracing and struck beams.

  For this reason, wooden construction has a long construction period, is expensive, is vulnerable to earthquakes, and is difficult to renovate if the house is tilted due to an earthquake disaster, unsettled subsidence, board bulging, or the like.

  The present invention has been made in view of the above points. The purpose of the present invention is to strengthen the strength of a wooden building, and the construction period is short and inexpensive, and it is strong against earthquakes. The purpose is to make it possible to easily renovate the house even if the house is tilted due to a disaster, unsettled sinking, or boarding.

  The wooden building joint fittings and hardware fire struts and H steel foundations that achieve the above objectives use joints and fire struts that are stronger than wood, and have ring-shaped parts inside and outside the joint fittings, It is characterized in that a long bolt is attached to the metal fitting of the joint part, a wire is used for the bracing part of the conventional wood, and H steel is used for the base part of the foundation without using wood.

  As an example, joints and fire struts of the wooden house can be mass-produced using metal fittings stronger than wood, so that the construction period can be shortened and inexpensive construction costs can be expected.

  As described above, according to the present invention, wooden joints and fire struts are made of metal fittings stronger than wood, and ring-shaped parts are provided on the inside and outside of the fitting parts. By using bolts, using wires and omnidirectional ring-shaped metal fittings for the traditional bracing parts of the wood, and using H-steel for the foundation and foundation parts without using wood, the construction period is short and inexpensive. It is extremely effective in enhancing earthquake resistance and facilitating refurbishment in the event that the house is tilted due to an earthquake disaster, unsettled subsidence, or blistering.

  Hereinafter, the actual form of this invention is demonstrated based on drawing.

  1 to 8 relate to a first embodiment of the present invention, FIG. 1, FIG. 2, FIG. 4 and FIG. 5 are perspective views thereof, FIG. 3 is a basic part, FIG. 6 and FIG. FIG. 8 is a sectional view from the foundation to the ceiling.

  As shown in FIG. 1, it is possible to mass-produce joints of wooden joinery using metal fittings stronger than wood, thereby shortening the construction period, and it is possible to prevent collapse due to an earthquake disaster or the like with inexpensive construction costs and strong joints. .

  In FIG. 2, a ring-shaped portion is provided on the outside of the joint fitting portion, and a rope can be passed or jacked up, and the building can be easily moved by removing it from the foundation portion.

  By attaching long bolts to the fittings and adjusting the height by moving the bolts up and down, it is easy to refurbish a tilted building. It becomes possible to tighten and fulfill the role of brace. In FIG. 4, a ring-shaped part is provided inside the joint metal part, and the wire can be passed therethrough.

  FIG. 5 is an example of an omnidirectional ring-shaped metal fitting that is directly connected by a bolt from four directions with a joint portion through which a wire is passed.

  As shown in Fig. 6 and Fig. 7, in order to strengthen the strength of the building, the foundation of the foundation is made of H steel without using wood, a long bolt is attached, and the bolt is moved up and down. The height can be adjusted to facilitate horizontal renovation of tilted buildings.

  FIG. 8 is a usage example of joint fittings and wires from the foundation to the ceiling of a wooden building. Traditionally, wooden construction requires a long range of construction, such as chasing large plug joints, seat sickle joints, seat ant joints, etc. It was weak, and if the house was tilted due to an earthquake disaster, subsidence, or board blisters, it was difficult to easily renovate. The present invention can solve these problems.

  The present invention can be used in the industrial field of house manufacturers that sell buildings.

  It is an external appearance perspective view of the coupling of the metal fitting of this invention.   It is an external appearance perspective view of the metal fittings provided with the ring-shaped part of the outside of a metal fitting.   It is sectional drawing of the base part foundation provided with the long bolt and the ring-shaped part which attached the wire using the omnidirectional ring-shaped metal fitting to the conventional bracing part.   It is an external appearance perspective view of the metal fitting joint provided with the ring-shaped part inside a fitting metal fitting.   It is an external appearance perspective view which connects the ring-shaped part inside a coupling metal fitting, and an omnidirectional ring-shaped metal fitting with a wire.   It is sectional drawing of the base part with which H steel and a long volt | bolt were mounted | worn.   It is an external appearance perspective view of the base part equipped with H steel and a long bolt.   It is sectional drawing from the foundation to the ceiling using this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Joint of metal fittings that can be combined 2 Column 3 Ring-shaped part outside joint metal 4 Long bolt 5 Wire 6 Omni-directional metal ring 7 Spacer 8 Ring-shaped part inside joint metal 9 Bolt 10 H steel 11 Embed 12 Concrete foundation 13 Nut

Claims (9)

  A wooden building joint fitting, characterized in that the strength of the building can be strengthened by using the fitting in the joint part of a wooden building.   The wooden building shaft joint fitting according to claim 1, wherein a fitting that can be combined is used for a joint part of a wooden building, and the strength of the building can be enhanced while enabling adjustment of the thickness and size. .   3. A wooden building joint according to claim 2, wherein a ring-shaped portion is provided on the outer metal fitting of the joint portion, and a rope can be passed or jacked up, and the building can be moved easily by removing it from the base portion. Hardware.   4. The wooden building frame joint bracket according to claim 3, wherein a long bolt is attached to the joint bracket and the height of the bolt can be adjusted by moving the position of the bolt up and down to facilitate horizontal renovation of the building.   By using a wire at the bracing part of a conventional tree, it is possible to serve as a brace by tightening the wire. The wooden building joint fitting according to claim 4, comprising a fitting and connecting an elastic wire.   The base part of the foundation is made of H steel without using wood, and a ring-shaped part is provided outside the joint part, allowing the rope to pass through and jacking up, and removing the foundation part makes it easy to move the building The wooden building frame joint fitting and the H steel base according to claim 5, wherein   The foundation part of the foundation is made of H steel without using wood, and a long bolt is attached, and the height of the bolt can be adjusted by moving the bolt up and down. The wooden building joint fitting and H steel base according to claim 6.   The wooden construction frame joint fitting and the H steel base according to claim 1, wherein fire struts made of hardware are used in combination.   The joint part fitting according to claim 1, wherein a bolt or a steel bar can be installed at an oblique angle of 45 degrees at a key point.

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