JP3092328U - Wood deck - Google Patents

Abstract

(57) [Summary] [Problem] To provide a wooden deck having higher rigidity and easy assembling work. A pillar member (4) arranged at four corners is connected by two vertical connecting members (5) and two horizontal connecting members (6) to form a scaffold-shaped skeleton member (3). The wooden floorboard 2 is arranged via the joist 7 and at least the strut members 4.
The vertical connecting member 5 and the horizontal connecting member 6 are made of a metal material. The vertical connecting member 5 and the horizontal connecting member 6 are fixed to the lateral side surface 4A of the support member 4 and opened in a metal joint frame 15 opened upward. And a metal insertion piece 16 provided in a state protruding downward at the end of the metal insert. Therefore, the strut member 4, the vertical connecting member 5, the horizontal connecting member 6, and the like made of a metal material such as a high-strength steel material can be integrated by a joint structure having a high connection rigidity. It can be formed with high rigidity, and it is possible to avoid a decrease in rigidity due to aging and an irregular shape.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  The present invention can be placed continuously on the edge of a house, or on a garden or balcony. Related to the wood deck.

[0002]

[Prior art]

  Conventionally, the assembly type wood deck has been made of many wooden parts, and almost all parts are made of wood. It is a format that allows products to be completed in a complex combination.

[0003]

[Problems to be solved by the device]

  With the above wood deck, the members that make up the skeleton of the wood deck are wood. Since it is manufactured, there is a problem that it is difficult to secure sufficient rigidity. Also, the skeletal structure If the wood is made of wood, the shape of the wood deck may change due to aging. There is. In addition, for the ease of assembling by the purchaser and shortening the required time, However, in the case of assembling wooden parts, the surface such as the connection rigidity of the connection structure part of the parts, etc. However, there is a problem that it is difficult to adopt a satisfactory structure.

[0004]   The present invention has been made in view of the above circumstances, and has higher rigidity and is more easily assembled. The purpose is to provide a wood deck that is easy to operate.

[0005]

[Means for Solving the Problems]

  In order to achieve the above object, the wood deck according to claim 1 of the present invention is arranged at four corners. The placed pillar members are connected by two vertical connecting members and two horizontal connecting members to form a tower shape. A skeleton member was formed, and a wooden floorboard was placed on this skeleton member with joists. A wood deck, in which at least the pillar members, the vertical connecting members, and the horizontal connecting members are made of gold. A metal that is made of a metal material and is fixed to the lateral surface of the pillar member and that is open upward Inside the joint frame made of metal, projecting downward at the ends of the vertical connecting member and the horizontal connecting member. The gist is to fit the metal insert piece provided in this state.

[0006]   That is, the wood deck according to claim 1 of the present invention is at least the pillar member. , The vertical connecting member and the horizontal connecting member are made of a metal material, In the metal joint frame that is fixed to and opened upward, the vertical coupling member and horizontal coupling It has a structure in which a metal insert piece that is provided so as to project downward at the end of the member is fitted. Has been. For this reason, the pillar member, the vertical connecting member, the horizontal connecting member, and the connecting members The joint structure part to be fitted, that is, the joint frame, the insertion piece, etc. are all made of metal material. It is configured using. Therefore, it is made of metal material such as high strength steel. The above-mentioned joint structure with high joint rigidity is used for supporting columns, vertical connecting members, horizontal connecting members, etc. Since it can be integrated, a tower-like skeleton member can be formed with extremely high rigidity, It is possible to avoid deterioration of rigidity and deformation of shape due to aging.

[0007]   Furthermore, since the above-mentioned joint structure part is made of metal, the joint frame and the insertion piece are The shape of can be set most appropriately for improving the joint rigidity. at the same time, Assembling operation is to insert the insert piece into the joint frame that opens upward. Is very simple and requires no special skill to complete the assembly in a short time . In addition, for the column members, vertical connecting members, horizontal connecting members, etc., use standard commercially available steel materials. Since it can be adopted, the unit price of the material can be reduced and processing can be performed easily. It is extremely advantageous for reducing the cost of goods.

[0008]   In addition, in this specification and the drawings, the plane shape of the wood deck is rectangular. The connecting members, which are described as being shaped and are arranged along their long sides, are referred to as "vertical connecting members". , And the connecting members arranged along the short sides are called "lateral connecting members". . However, this long / short relationship may be reversed, and if the wood deck is a square There is no vertical / horizontal division.

[0009]   In the wood deck according to claim 2 of the present invention, the pillar member has a square cross section. The joint frame is attached to each of the four lateral sides of the vertical joint member. Side joint frames that open upward are attached to both the inside and outside lateral sides of the middle part of Fit the insert piece of the horizontal connecting member to the side joint frame inside the vertical connecting member. Including the above-mentioned joint frame and the above-mentioned side joint frame, the bones of other wood decks. The insert pieces of the vertical connecting member and the horizontal connecting member that form the case member are fitted into the insert member. Has been. For this reason, other wood decks must be attached to the joint frame and side joint frame. It is possible to easily join the vertical connecting members and horizontal connecting members that form the skeleton member of It is possible to easily assemble multiple wood decks by integrating them.

[0010]   Further, insert the horizontal connecting member into the side joint frame inside the two vertical connecting members. A structure that fits the insert pieces, that is, a structure that bridges between the two vertical coupling members. Since the horizontal connection member is placed in the state, the rigidity of the tower-like skeleton member is improved. It is effective for The outside of the horizontal connecting member bridged between the two vertical connecting members The vertical connecting member on the side is connected with the horizontal connecting member forming the frame member of another wood deck. Therefore, it is extremely advantageous to enhance the integral joint rigidity of the adjacent skeletal members. Well Further, a vertical connection for forming the skeletal member of another wood deck on the four lateral sides of the pillar member. Since the joining member and the lateral joining member are joined, one column member is two skeleton members. It is shared and the number of parts can be reduced.

[0011]   In the wood deck according to claim 3 of the present invention, the insertion piece is formed by bending a strip-shaped metal plate. And the side joint frame. The inner surface of is an inclined surface that allows the wedge surface of the insert piece to be in close contact, and And the bolts that secure the insert pieces that are fitted into the side joint frame The side joint frame is penetrated and screwed into the insertion piece. For this reason, insert pieces of vertical connecting members and horizontal connecting members into joint frames and side joints. Just drop it into the frame and fit it into the joint frame or side joint The insert piece fits snugly into the frame. That is, the wedge of the insertion piece The surface portion is in close contact with the inclined surfaces of both joint frames. Therefore, the pillar member Relative position between the vertical connection member and the horizontal connection member, and the intermediate portion of the vertical connection member and the horizontal connection member The relative position with respect to is accurately set, and a predetermined assembling accuracy is easily required. And , Secure each insertion piece inserted in both joint frames with the above bolts. A truly integrated skeletal member is obtained.

[0012]   Further, the insertion piece is formed by bending a strip-shaped metal plate into a substantially wedge shape. Therefore, elastic deformation is possible in the thickness direction of the wedge. This allows the insert piece to When fitted into the frame or side joint frame, the elastic force from the insertion piece itself It acts on the inner surface of the joint frame to improve the joint rigidity and there is no gap (Iwayu There is no play).

[0013]   In the wood deck according to claim 4 of the present invention, the vertical connecting member and the horizontal connecting member are inserted. Among the pieces, at least next to the insertion piece of the vertical coupling member is the longitudinal center of the vertical coupling member. A space is provided on the side. For this reason, there is space on both sides of the insert piece. The vertical connection member can be easily Can be moved, and when the insert piece is fitted into the joint frame, It becomes very easy to align the position with the front frame, which simplifies assembly workability. It is valid.

[0014]   A wood deck according to claim 5 of the present invention comprises: The joint structure that joins the joining members is connected to the column member by a vertical joining member and And the mounting angle of the horizontal coupling member can be changed arbitrarily in the horizontal plane direction, By changing the mounting angle above, the end of the wood deck will be the center line of the wood deck. It is configured to be inclined with respect to. By doing this, In order to avoid building buildings and garden stones, the edge of the wood deck is cut diagonally. Then, it becomes possible to put the wood deck in the most convenient position. In addition, When joining a number of wood decks, for example, to form a "U" shape, Join a square wood deck to the edge of the slanted edge of the You can do what you want. Alternatively, replace the square wood deck with a triangular wood deck. It can be joined via a key to form a similar "V" -shaped arrangement.

[0015]

[Embodiment of device]   Next, embodiments of the present invention will be described in detail.

[0016]   FIG. 1 is a plan view showing an embodiment of a wood deck of the present invention. This The deck 1 has a rectangular planar shape, and a large number of floorboards 2 forming the deck surface are skeleton parts. It is arranged above the material 3. FIG. 2 shows the skeleton part without the floor plate 2. It is a top view of material 3. Four pillar members 4 are provided at four corners in the direction perpendicular to the plane of the drawing. The vertical connecting members 5 and the two horizontal connecting members 6 are arranged in an upright state, and Combined with the column member 4 to form the tower-shaped skeleton member 3 shown in FIGS. 3 and 4. There is. Also, another horizontal connecting member 6A is installed at the center of both vertical connecting members 5 and 5. Has been.

[0017]   The pillar member 4, the vertical connecting member 5, the horizontal connecting member 6 and the like forming the skeleton member 3 are It is composed of a long member made of metal with a square cross section. Is used. The upper end surface of each column member 4, the upper surface of the vertical connecting member 5, and the horizontal connecting member 6 , 6A are arranged so that their upper surfaces are aligned on one virtual plane, and this virtual plane is a bone. The upper surface of the case member 3 is formed.

[0018]   Three wooden joists 7 are arranged on the skeleton member 3 configured as described above. Further, the floor plate 2 is placed on it. The joists 7 are vertically connected on both sides. It is placed in close contact with the upper surfaces of the member 5 and the pillar member 4, and the six bolts 9 are attached to the joist 7 And the vertical coupling member 5 is penetrated, and fixation to the skeleton member 3 is achieved. Again One joist 7A is arranged between the joists 7 and 7, and both ends of the joist 6 are The central part is placed on the horizontal connecting member 6A, and the three bolts 10 are horizontally attached to the joist 7A. It is intended to be fixed to the skeleton member 3 by penetrating the connecting members 6 and 6A.

[0019]   The long edge plates 11A and 11B, which are usually called curtain plates, are the lateral side surfaces 4 of the support member 4. It is attached in close contact with A. The longer edge plate 11A is aligned with the vertical coupling member 5. The two bolts 12 (see FIG. 1) are penetrated through the edge plate 11A and the vertical coupling member 5. It is passed through and fixed to the skeleton member 3. The shorter edge plate 11B is a horizontal connecting portion. The two bolts 13 are arranged along the member 6, and the two bolts 13 are respectively connected to the edge plates 11B and 11B. It is intended to be fixed to the skeleton member 3 by penetrating through 6,6. Edge plates 11A, 11B The upper surface of the floor is aligned at a position higher than the joists 7, 7A by the thickness of the floorboard 2. When the board 2 is placed on the joists 7 and 7A, the surface of the floor board 2 and the upper surfaces of the edge boards 11A and 11B. And and form the same plane (same face = Tsuraichi).

[0020]   The floor board 2 is made by arranging a number of strip-shaped long and narrow wooden board members on the joists 7 and 7A. 14 is screwed from the floor plate 2 to the joist 7 to be fixed to the skeleton member 3. Na As shown in FIG. 4, the longer edge plate 11A is arranged only on one side (right side in the figure). , On the opposite side, is not placed in a relationship of being joined to the building 26. like this When there is no relation with the building 26, it is appropriate to provide the edge plates 11A on both sides. It

[0021]   Next, a joint structure for connecting the column member 4 to the vertical connecting member 5 and the horizontal connecting member 6 The parts will be described with reference to FIGS. Steel on the four lateral sides 4A of the pillar member 4 A joint frame 15 formed by bending a plate is welded. This joint frame The inside of 15 is a space having a square cross section and opens upward. This opening is shown. Joint frame 15 facing the lateral surface 4A of the column member 4 The inner surface of is a slanted surface 15B. It is inclined away from A.

[0022]   On the other hand, the insertion piece 16 fitted in the joint frame 15 is provided with the vertical coupling member 5, It is provided at the end of the horizontal coupling member 6. This insert piece 16 is formed by bending a strip-shaped steel plate. In this way, it is formed into a substantially wedge shape, and the thickness of the lower wedge is small. Insertion of insert piece 16 One side of the portion 16A is an inclined surface 16B, and the inclined surface 16 is the inclined wedge surface portion. B is configured so as to be able to come into close contact with the inclined surface 15B of the joint frame. The insertion portion 16A is hollow, and the bending piece 16C integrated with the insertion portion 16A is vertically coupled. It is welded to the ends of the member 5 and the lateral coupling member 6.

[0023]   As described above, the pillar member 4, the vertical connecting member 5, the horizontal connecting member 6 and The joint structure part that connects them, that is, the joint frame 15, the insertion piece 16, etc. Are made of a metal material. Therefore, metal materials such as steel with high strength The pillar member 4, the vertical connecting member 5, the horizontal connecting member 6 and the like, which are made of materials, have a high connecting rigidity. Since the joint structure can be integrated, the tower-shaped skeleton member 3 is extremely expensive. It can be formed based on rigidity, and it is possible to avoid deterioration of rigidity and deformation of shape due to aging.

[0024]   Further, since the joint structure portion is made of metal, the joint frame 15 and the insertion frame are The shape of the insert piece 16 can be set most appropriately for improving the joint rigidity. At the same time, the assembling operation of fitting the insertion piece 16 into the joint frame 15 opened upward As a result, the assembly is extremely simplified, and it does not require special skill and can be performed in a short time. Assembly is complete. Furthermore, the column member 4, the vertical connecting member 5, the horizontal connecting member 6, etc. are commercially available. Since the standard steel material of can be used as it is, the unit cost can be reduced This is very advantageous for reducing the product cost.

[0025]   In addition, in the middle portion of the vertical coupling member 5, here, in the inner lateral surface and outer lateral surface of the central portion, , A side joint frame 17 having the same shape as the joint frame 15 is provided. It The structure of this side joint frame 17 is the same as the structure shown in FIG. 5 and FIG. Yes, it is welded to both the inner and outer lateral sides of the vertical coupling member 5, and the opening 15A and the inclined surface 1 are formed. The same opening 17A and inclined surface 17B as 5B are provided. This side join The insert piece 16 with respect to the frame 17 is as described above. Insertion piece on the side of the horizontal coupling member 6 Each of the inclined surfaces 16B and 17 in a state in which 16 is fitted in the side joint frame 17 The close contact state of B is the same as that of the joint frame 15.

[0026]   Insertion piece fitted in the joint frame 15 and the side joint frame 17 In order to prevent the 16 from coming off, the fixing bolt 18 is attached to the joint frame 15 and the support. The id joint frame 17 is penetrated from the outside and screwed into the insertion piece 16. Also , The joint frame 15 and the side joint opened to allow the bolt 18 to pass through. As shown in FIGS. 3 and 5, the holes of the int frame 17 are used for fine adjustment in the vertical direction. It is a long hole 19.

[0027]   The joint frame 15 and the side joint frame are formed by the joint structure portion. A vertical connecting member 5 and a horizontal connecting member 6 that form the skeletal member 3 of another wood deck 1 at 17 Can be easily joined, and multiple wood decks can be easily integrated and assembled. It is possible to

[0028]   Further, the side joint frames 17, 17 inside the two vertical coupling members 5, 5 are provided. A structure in which the insertion piece 16 of the horizontal connecting member 6A is fitted to the inside, that is, two vertical connecting members 5 Since the horizontal coupling member 6A is arranged in a state of bridging between 5 and 5, This is effective in improving the rigidity of the wobbling frame member 3. And these two vertical The vertical coupling members 5 and 5 on the outer side of the horizontal coupling member 6A bridged between the coupling members 5 and 5 are Since the horizontal connecting members 6 forming the skeletal member 3 of the wood deck are connected, adjacent bones It is extremely advantageous to increase the integral joint rigidity of the case member 3. In addition, the pillar Longitudinal connection part for forming the skeletal member 3 of another wood deck 1 on the four lateral surfaces 4A of the material 4. Since the member 5 and the lateral connecting member 6 are connected, one support member 4 is two skeleton members. It is shared by 3 and 3, and the number of parts can be reduced.

[0029]   In addition, the insertion piece 16 of the vertical connecting member 5 or the horizontal connecting member 6 is attached to the joint frame 15 or the side. Just drop it into the joint frame 17 And the insert piece 16 fits snugly into the side joint frame 17. . That is, the wedge surface portion of the insertion piece 16 is the inclined surface 1 of both joint frames 15 and 17. It is in close contact with 5B and 17B. Therefore, the column member 4 and the vertical coupling member 5, The relative position of the horizontal connecting member 6 and the phase of the central portion of the vertical connecting member 5 and the horizontal connecting member 6A. The pair position is accurately set, and a predetermined assembling accuracy is easily required. And above The insertion pieces 16 and 16 inserted into the joint frames 15 and 17 with the bolts 18 Since it is fixed, the skeleton member 3 which is surely integrated is obtained.

[0030]   Further, the insertion piece 16 is formed by bending a strip-shaped metal plate into a substantially wedge shape. Therefore, elastic deformation is possible in the thickness direction of the wedge. As a result, the insertion piece 16 is When it is fitted into the joint frame 15 or the side joint frame 17, the insertion piece 16 Elasticity from itself acts on the inner surfaces of both joint frames 15 and 17, improving the joint rigidity. As a result, a bond with no gap (so-called rattling) is established.

[0031]   Of the insertion pieces 16 of the vertical connecting member 5 and the horizontal connecting member 6, at least the vertical connecting member Next to the insertion piece 16 of 5, a space 20 is provided in the longitudinal center of the vertical coupling member 5. It has been configured. This structural part is projected downward as shown in Fig. 3 (A) and Fig. 7. The space 20 is arranged next to the inserted insertion piece 16. The vertical connecting member 5 here is , With the long steel 5A on the upper side and the short steel 5B on the lower side Yes, and by doing so, the space 20 is formed. In addition, it piled up like this Instead of the structure, notches are provided at the ends of one steel material to form the space 20. You may. Therefore, in the state that the space space is arranged on both sides of the insertion piece 16. Therefore, the vertical connecting member 5 can be easily moved in its longitudinal direction. , When inserting the insert piece 16 into the joint frame 15, the insert piece 16 and the joint frame 1 It becomes very easy to align with 5 and it is effective for simplifying the assembly workability. Is.

[0032]   The pillar member 4 is designed to stand up on a boulder 21 installed on the ground. It Therefore, while sitting on the stack 21 with good stability, fine adjustment of the height is performed. In order to support the support bolts 22, the support bolts 22 are fixed to the ground plate 23. It is screwed into the lower part of the member 4. A nut 24 is welded to the lower portion of the column member 4. Then, the support bolt 22 is screwed in here to finely adjust the height. Fine adjustment completed After that, tighten the other nut 25 to prevent it from loosening with the double nut structure. It

[0033]   A joint structure for connecting the vertical connecting member 5 and the horizontal connecting member 6 to the pillar member 4 is provided. The mounting angles of the vertical connecting member 5 and the horizontal connecting member 6 connected to the column member 4 are horizontal. The edge of the wood deck 1 can be changed by adopting a structure that can be arbitrarily changed in the plane direction. Is inclined with respect to the center line of the wood deck 1. In this way, it is necessary to make the building 26 or the like inclined as shown in FIG. 12 (A). This is for joining the wood deck 1 along the outer shape. That is, the inclined portion By the odd-shaped wood deck 1 </ b> A having 27, the contour of the building 26 and the like is followed.

[0034]   Alternatively, as shown in FIG. 7B, a triangular connecting wood deck 1B is interposed. It is also possible to configure a "ku" -shaped wood deck. Also shown There is no square wood directly on the sloped portion 27 of the odd-shaped wood deck 1A shown in FIG. The deck 1 may be connected to form a "<"-shaped wood deck.

[0035]   In addition, the attachment angle of the vertical connecting member 5 and the horizontal connecting member 6 to the support member 4 is changed. The method is to change the shape of the joint frame 15 or the side joint frame 17, , The vertical coupling member 5 and the horizontal coupling member 6 are coupled to the support column member 4 with a swingable structure. However, the latter method is exemplified here. Sanawa Then, as shown in FIG. 13, a bracket 28 is welded to the lateral side surface 4A of the column member 4, On the other hand, the bracket 29 is also welded to the end portion of the lateral coupling member 6 so that both brackets 28, 2 9 are connected by a shaft bolt 30 serving as a pivot. Arranged in a tilted manner like this The floor plate 2 is fitted to the horizontal connecting member 6 formed.

[0036]   By configuring as above, in order to avoid nearby buildings and garden stones, The edge of the deck 1 is cut diagonally and the wood is placed at the most convenient position. It becomes possible to place the deck 1. In addition, multiple wood decks can be joined together, for example For example, when making a "U" shape, the edge (27) of the above inclined state is You can connect the square wood deck 1 to the place and use it according to your taste. It Alternatively, connect the square wood deck 1 to the triangle connecting wood deck 1B. Can be joined together to form a similar "dogleg" arrangement.

[0037]   In addition, as shown in FIGS. 3 and 4, the edge plates 11B and 11A are provided on the joint frame 15. So that the height positions of the upper surfaces of the edge plates 11A and 11B are set by placing the In addition, the height position of the joint frame 15 and the height dimensions of the edge plates 11A and 11B are selected. There is. By doing this, positioning of the edge plates 11A and 11B during assembly is extremely easy. Easy to do.

[0038]

[Effect of device]

  As described above, according to the wood deck of claim 1 of the present invention, the steel having high strength is used. Support columns, vertical connecting members, and horizontal connecting members made of metallic materials such as Since it can be integrated with the above joint structure part, the tower-like skeleton member is extremely It can be formed with high rigidity, and it is possible to avoid deterioration of rigidity and deformation of shape due to aging. It Furthermore, since the above joint structure part is made of metal, joint frames and insertion The shape of the piece can be set most appropriately for improving the joint rigidity. at the same time , Assembling operation is to insert the insert piece into the joint frame that opens upward. Is very simple and requires no special skill to complete the assembly in a short time. It Furthermore, for the pillar members, vertical connecting members, horizontal connecting members, etc., standard commercially available steel materials are used. Since it can be used as it is, the unit price of the material can be reduced and processing can be performed easily. It is extremely advantageous for reducing the cost of goods.

[0039]   According to the wood deck of claim 2 of the present invention, the joint frame and the side frame A vertical connecting member or a horizontal connecting member that forms the frame member of another wood deck is attached to the joint frame. Can be easily joined, and multiple wood decks can be easily integrated and assembled It becomes possible. Further, a side joint frame inside the two vertical coupling members. The structure in which the insert piece of the horizontal connecting member is fitted to the inside, that is, between the two vertical connecting members Since the horizontal connecting members are arranged in a state of cross-linking, It is effective in improving rigidity. And it is bridged between these two vertical coupling members A horizontal connection member that forms the frame member of another wood deck on the vertical connection member outside the horizontal connection member. Since the joining members are joined together, it is necessary to increase the integral joining rigidity of adjacent skeletal members. Is advantageous. In addition, the skeletal parts of other wood decks are provided on the four lateral sides of the pillar member. Since the vertical connecting member and the horizontal connecting member forming the member are connected, The two skeleton members are used in common and the number of parts can be reduced.

[0040]   According to the wood deck of claim 3 of the present invention, a vertical connecting member or a horizontal connecting member is inserted. Just insert the insert into the joint frame or side joint frame. The insertion piece fits snugly into the joint frame or side joint frame. It becomes a state. That is, the wedge surface portion of the insertion piece is substantially dense on the inclined surfaces of both joint frames. Wear it. Therefore, the relative positions of the column members and the vertical and horizontal connecting members And the relative position between the middle part of the vertical connecting member and the horizontal connecting member is accurately set and Assembly accuracy is easily required. Then insert it into both joint frames with the above bolts. Since each of the inserted pieces is fixed, the skeleton member integrated surely can be obtained. Furthermore, is the insert piece formed by bending a strip-shaped metal plate into a substantially wedge shape? As a result, elastic deformation is possible in the thickness direction of the wedge. This allows the insert piece to Or the side joint frame, the elastic force from the insertion piece itself It acts on the inner surface of the frame and improves the joint rigidity and there is no gap (so-called A bond without rattling is established.

[0041]   According to the wood deck of claim 4 of the present invention, the space spacing is provided on both sides of the insertion piece. The vertical connection members can be easily moved in the longitudinal direction because the The insert piece and the joint piece can be joined when the insert piece is fitted into the joint frame. It is very easy to align with the frame, which is useful for simplifying the assembly workability. It is effective.

[0042]   According to the wood deck of claim 5 of the present invention, avoiding nearby buildings and garden stones For this reason, the edge of the wood deck is cut diagonally to make it easier to use. It becomes possible to put a wood deck on the table. In addition, multiple wood decks are joined Then, for example, when making a "U" shape, the edge of the inclined state above You can join a square wood deck to the place and use it according to your taste. . Alternatively, you can join a square wood deck through a triangular wood deck, It can be arranged in a "ku" shape like this.

[Brief description of drawings]

FIG. 1 is a plan view showing a wood deck according to an embodiment of the present invention.

FIG. 2 is a plan view showing a skeleton member.

FIG. 3 is a side view showing a wood deck.

FIG. 4 is a front view showing a wood deck.

FIG. 5 is a front view showing a column member.

FIG. 6 is a plan view showing a column member.

FIG. 7 is a side view showing a vertical coupling member.

FIG. 8 is a plan view showing a vertical coupling member and an enlarged view of a side joint frame.

FIG. 9 is a front view showing a lateral coupling member.

FIG. 10 is a front view showing a lateral coupling member.

FIG. 11 is a front view showing a support bolt and a ground plate.

FIG. 12 is a plan view showing an example of joining wood decks.

FIG. 13 is a diagram showing an example of joining a lateral joining member and a column member.

[Explanation of symbols]

1 wood deck 1A odd-shaped wood deck Wood deck for 1B connection 2 floor boards 3 skeleton members 4 prop members 4A lateral side 5 Vertical connection members 5A long steel 5B short steel 6 Horizontal connection members 6A Horizontal connection member 7 joist 7A joist 9 bolts 10 volts 11A edge board 11B edge board 12 volt 13 volt 14 wood screws 15 joint frame 15A opening 15B slope 16 insert pieces 16A insertion part 16B slope 16C bending piece 17 Side joint frame 17A opening 17B inclined surface 18 Fixing bolt 19 long hole 20 spaces 21 Bundle stone 22 Support bolt 23 Ground plate 24 nuts 25 nuts 26 building 27 Inclined part 28 bracket 29 bracket 30 shaft bolts

Claims (5)

[Scope of utility model registration request] 1. A tower-like skeleton member is formed by connecting pillar members arranged at four corners with two vertical connecting members and two horizontal connecting members, and joists are formed on the skeleton member with joists. A wood deck on which a wooden floorboard is arranged, at least the pillar members, the vertical connecting members, and the horizontal connecting members are made of a metal material, and are metal joints fixed to the lateral side surfaces of the pillar members and opened upward. A wood deck, characterized in that a metal insertion piece provided in a state of projecting downward at the ends of the vertical connecting member and the horizontal connecting member is fitted in the frame. 2. The pillar member has a square cross section,
The joint frame is attached to each of the four lateral side faces, and side joint frames open upward are attached to both the inner and outer lateral side faces of the intermediate portion of the vertical joint member, and the side joint frame inside the vertical joint member. 2. The wood deck according to claim 1, wherein an insert piece of a horizontal connecting member is fitted in the insert piece, and an insert piece of a vertical connecting member and a horizontal connecting member forming a skeletal member of another wood deck is fitted in the joint frame and the side joint frame. 3. The insert piece has a substantially wedge shape in which a strip-shaped metal plate is curved, while the inner surfaces of the joint frame and the side joint frame are inclined surfaces on which the wedge surface portions of the insert piece can substantially adhere. The wood deck according to claim 1 or 2, wherein a bolt for fixing the insert piece fitted in the joint frame and the side joint frame is screwed into the insert piece while penetrating the joint frame and the side joint frame. 4. A space is provided on the center side in the longitudinal direction of the vertical connecting member, at least next to the inserting piece of the vertical connecting member among the inserting pieces of the vertical connecting member and the horizontal connecting member.
The wooden deck according to any one of 3 to 3. 5. A structure in which a joint structure for connecting the vertical connecting member and the horizontal connecting member to the supporting member is such that the mounting angles of the vertical connecting member and the horizontal connecting member connected to the supporting member can be arbitrarily changed in the horizontal plane direction. The wood deck according to claim 3 or 4, wherein the end of the wood deck is inclined with respect to the center line of the wood deck by changing the mounting angle.