JP6683759B2 - Connecting jig, house construction mechanism, and house - Google Patents

Description

  The present invention relates to a house (so-called vinyl house) in which a skeleton is covered with a resin film, a connecting jig for connecting a plurality of skeleton members to form a skeleton, a house constituting mechanism including the connecting jig, and The present invention relates to a house provided with the house configuration mechanism.

  Conventionally, a connecting jig for connecting a plurality of frame members to form a frame of a house has been used. A patent application has been filed for the connecting jig (for example, Patent Documents 1 and 2). FIG. 7 shows a connecting jig 200 as an example of a conventional connecting jig. In the connecting jig 200, the joining member 206 is joined to the surface of the vertical pipe (frame member) 202, the horizontal pipe (frame member) 204 is passed through the hole 207 of the joining member 206, and the wedge 208 is press-fitted into the joining member 206. It is configured such that the vertical pipe 202 and the horizontal pipe 204 are connected by being driven into 210. The connecting jig 200 fixes the vertical pipe 202 and the horizontal pipe 204 by the wedge 208 pressing the horizontal pipe 204 and the vertical pipe 202. However, the work of driving the wedge 208 into the press-fitting portion 210 requires a strong force and is not easy. Further, due to the vibration applied to the connecting jig 200 and the deterioration of the wedge 208, the pressing force of the wedge 208 against the lateral pipe 204 is weakened, or the wedge 208 may be pulled out from the joining member 206. For this reason, the vertical pipe 202 and the horizontal pipe 204 cannot be stably fixed over a long period of time.

JP-A-5-106617 Japanese Unexamined Patent Publication No. 9-191777

  INDUSTRIAL APPLICABILITY The present invention can easily fix one skeleton material and another skeleton material that form a house frame (frame), and can stably fix one skeleton material and another skeleton material over a long period of time. Another object of the present invention is to provide a connecting jig, a house constituting mechanism, and a house that can improve the strength of the entire house.

The connecting jig of the present invention is a connecting jig for connecting one rod-shaped skeleton member and another rod-shaped skeleton member that form the framework of the house,
A first joining member that is joined to the surface of the skeleton material
A second joining member that is engaged with the first joining member and joins to the surface of the other skeleton member in a direction substantially perpendicular to the one skeleton member,
A male screw that is screwed into the second joining member and presses the other skeleton member against the one skeleton member,
It is characterized by having.

  Further, the invention of the present application is such that the connecting jig is provided with a reinforcing material connecting means for connecting to a rod-shaped reinforcing material directly or indirectly connected to any member constituting the frame of the house. Characterize.

  Further, the present invention is characterized in that the connecting jig is provided with a turnbuckle connecting means for connecting to a turnbuckle directly or indirectly connected to any member constituting the frame of the house. To do.

Further, the house constituting mechanism of the present invention, the connection jig,
The rod-shaped reinforcing member connecting the reinforcing member connecting means of the connecting jig;
It is characterized by having.

Further, the present invention is, in the house constituting mechanism, the connecting jig,
The turnbuckle connecting the turnbuckle connecting means of the connection jig,
It is characterized by having.

  Further, the house of the present invention is characterized by including the house constituting mechanism.

  According to the connecting jig of the present invention, the first joining member is joined to the one skeleton member, the second joining member is engaged with the first joining member, and the other skeleton members are substantially joined to the one skeleton member. By joining the second joining member to the surface of the other skeleton member in a state of being in the vertical direction, the male screw screwed into the second joining member presses the other skeleton member to the one skeleton member. The other skeleton can be easily fixed to one skeleton. In addition, by adjusting the screwing amount of the male screw into the second joining member, it is possible to adjust the pressing force between the one skeleton member and the other skeleton member by the male screw. Therefore, it is possible to adjust the pressing force of the one skeleton member and the other skeleton member by the male screw to a pressing force that can stably fix the one skeleton member and the other skeleton member over a long period of time. Becomes For example, the pressing force between one skeleton member and another skeleton member is not too small to release the fixed state between one skeleton member and another skeleton member, and the one skeleton member and another skeleton member are not released. The pressing force between the one skeleton material and the other skeleton material can be adjusted so that the pressing force against the one skeleton material and the other skeleton material are not damaged due to too large a pressing force with the material.

It is a figure showing a connecting jig of the invention in this application, the figure (a) is a front view, the figure (b) is a top view, and the figure (c) is a bottom view in which a part is omitted. It is a figure which shows the connection jig shown in FIG. 1, and the house structure mechanism using the connection jig shown in FIG. 1, the figure (a) is a front view, and the figure (b) has abbreviate | omitted a part. It is a bottom view. It is a front view which shows the house comprised by the house structure mechanism using the connection jig shown in FIG. It is a top view which shows the brace formed using the connection jig shown in FIG. It is a front view which shows other embodiment of the house comprised by the house structure mechanism using the connection jig shown in FIG. It is a front view which shows other embodiment of the connection jig of this invention. It is a perspective view which shows the conventional connection jig.

  Next, embodiments of the present invention will be described in detail with reference to the drawings. 1 to 3, reference numeral 10 indicates a connecting jig according to the present invention, and in FIGS. 2 and 3, reference numeral 12 indicates a house forming mechanism using the connecting jig 10, and in FIG. Reference numeral 54 represents a house provided with the house constituting mechanism 12. The connecting jig 10 is a jig that connects a vertical pipe (one skeleton member) 14 and a horizontal pipe (another skeleton member) 16 in a direction substantially perpendicular to the vertical pipe 14.

(Constitution)
(Connecting jig 10)
As shown in FIG. 1, the connecting jig 10 of the present invention is joined to a first joining member 18 joined to the surface of the vertical pipe 14 and a horizontal pipe 16 in a direction substantially perpendicular to the vertical pipe 14. The second joining member 20 is configured to be engaged with the first joining member 18, and the male screw 22 that is screwed into the second joining member 20 and presses the horizontal pipe 16 and the vertical pipe 14.

(First joining member 18)
The first joining member 18 includes an arc portion 300 having a semicircular cross section and two engaging plate portions 302 that are continuous with the arc portion 300 and are parallel to each other, and are configured to have a U-shaped cross section as a whole. . The arcuate portion 300 having a semicircular cross section is dimensioned to be in close contact with half of the surface of the vertical pipe 14 having a circular cross section. Each of the two engaging plate portions 302 is provided with a recess 304 so that the horizontal pipe 16 in the vertical direction does not interfere with the vertical pipe 14. Further, each of the two engaging plate portions 302 is provided with two joining holes 24 for engaging the second joining member 20.

(Second joining member 20)
The second joining member 20 has two engaging portions each having a frame 306 having a U-shaped cross section and a concave portion 26 (shown in FIG. 1B) which engages with the engaging hole 24 of the first joining member 18. And 28. The frame 306 has a circular cross section and is dimensioned to be joined to the upper and lower ends of the surface of the horizontal pipe 16 which is horizontal. The two engaging portions 28 are inserted into the engaging holes 24 in the direction of the horizontal pipe 16 (Y-axis direction) and then moved in the direction perpendicular to the horizontal pipe 16 (X-axis direction), so that the recess 26 is formed. The second joint member 20 is configured to be engaged with the engagement hole 24 and not to be separated from the first joint member 18. The action of the engaging portion 28 moving in the X-axis direction will be described later in the description of the male screw 22.

The circular arc portion 300 of the first joining member 18 is provided with two first screw holes 32 for driving the first screw 30 (shown in FIG. 2A) into the vertical pipe 14. The second joining member 20 is provided with a second screw hole 36 for driving the second screw 34 (shown in FIG. 2A) into the lateral pipe 16. When the horizontal pipe 16 is fixed to the vertical pipe 14 by the connecting jig 10, the first joining member 18 is fixed to the vertical pipe 14, but the first joining member 18 and the vertical pipe 14 are strengthened in a fixed state. In addition, the first screw 30 is also used to fix the first joining member 18 to the vertical pipe 14. Further, if the horizontal pipe 16 is fixed to the vertical pipe 14 by the connecting jig 10, the second joining member 20 is fixed to the horizontal pipe 16, but the fixing state between the second joining member 20 and the horizontal pipe 16 is strengthened. This is because the second joining member 20 is fixed to the lateral pipe 16 also by the second screw 34 .

(Male screw 22)
The male screw 22 is provided on the second joining member 20 in a state where the first joining member 18 is joined to the vertical pipe 14 and the second joining member 20 is joined to the horizontal pipe 16 and is engaged with the first joining member 18. The horizontal pipe 16 can be fixed to the vertical pipe 14 by screwing into the screw hole (not shown) and pressing the horizontal pipe 16 against the vertical pipe 14. When the horizontal pipe 16 is temporarily fastened to the vertical pipe 14 and the male screw 22 is screwed into the second joining member 20, a reaction force from the lateral pipe 16 which is a heavy weight to the male screw 22 and the second joining member 20 causes The second joining member 20 slightly moves in the positive direction of the X axis with respect to the first joining member 18. As a result, the recess 26 of the second joining member 20 engages with the engaging hole 24 of the first joining member 18, and the second joining member 20 is not separated from the first joining member 18, so that the male screw 22 is second joined. The vertical pipe 14 and the horizontal pipe 16 can be screwed into the member 20, and a force that is clamped by the male screw 22 and the first joining member 18 is applied to the vertical pipe 14 and the horizontal pipe 16. The entire connecting jig 10 is configured so that 16 is pressed against the vertical pipe 14 and the horizontal pipe 16 is fixed to the vertical pipe 14.

(Reinforcing pipe connecting means 40)
As shown in FIG. 1, the connecting jig 10 of the present invention is a reinforcing pipe connecting means (reinforcing member) for connecting a reinforcing pipe (bar-shaped reinforcing member) 38 (shown in FIGS. 2 and 3) for reinforcing the house 54. Material connecting means) 40. The reinforcing pipe connecting means 40 includes a fixing fitting 42 fixed to the second joining member 20 by the male screw 22, and a rotation shaft 308 around the fixing fitting 42 in the vertical direction (the direction of the vertical pipe 14 and the Z axis direction). The rotating metal fitting 44 is rotatable and has a connecting hole 39 to which the reinforcing pipe 38 is connected. The length of the male screw 22 is determined so that the horizontal pipe 16 can be pressed even when the male screw 22 is screwed into the frame 306 of the second joining member 20 and the fixing fitting 42. The reinforcing pipe connecting means 40 is arranged in the vertical direction so that the direction of the connecting reinforcing pipes 38 can be changed in order to optimally reinforce the house 54 in consideration of the moment applied to the house 54 to be formed. It is configured to be rotatable.

(Turnbuckle connecting means 48)
As shown in FIG. 1, the connecting jig 10 of the present invention includes turnbuckle connecting means 48 for connecting to a turnbuckle 46 (shown in FIGS. 2 and 3) that reinforces the house 54. The turnbuckle connecting means 48 is rotatable around a rotating shaft 310 in a vertical direction with respect to a fixing member 50 fixed to the vertical pipe 14 by a screw 56 (shown in FIG. 2B). , A rotating metal fitting 52 having two connecting holes 47 to which the turnbuckle 46 is connected. The fixing metal fitting 50 has a semicircular cross section, and an arc portion 312 that is closely bonded to a half of the surface of the vertical pipe 14 having a circular cross section, and a rotating metal fitting 52 that is continuous with the arc portion 312 and has a rotary shaft 310 interposed therebetween. And two connecting plates 314 connected to each other. Two connecting holes 47 of the rotating fitting 52 are provided so that two turnbuckles 46 can be connected. The fixing member 50 may be fixed to the first joining member 18 by welding. The fixing bracket 50 is provided with a screw hole 58 for driving the screw 56 into the vertical pipe 14 at the connecting portion between the arc portion 312 and the connecting plate 314.

(House structure mechanism 12)
As shown in FIGS. 2 and 3, the house forming mechanism 12 includes a connecting jig 10, a reinforcing pipe 38 connected to the connecting jig 10, and two turnbuckles 46 connected to the connecting jig 10. ,,. As shown in FIG. 2A, the reinforcing pipe 38 is connected to the rotary fitting 44 by the fixing jig 43. The fixing jig 43 is fixed to the rotary fitting 44 by the bolts 41, and is brought into contact with the first holding tool 316-1 that receives the vicinity of the end 318 of the reinforcing pipe 38 and the second holding member 316-1 that contacts the vicinity of the end 318 of the reinforcing pipe 38. The holding member 316-2 and two bolts 320 (disposed in the Y-axis direction) that connect the first holding member 316-1 and the second holding member 316-2. The fixing jig 43 brings the first holding tool 316-1 and the second holding tool 316-2 adjacent to each other with the two bolts 320 so that the first holding tool 316-1 (fixed to the rotary fitting 44). ) And the second clamping tool 316-2, the vicinity of the end 318 of the reinforcing pipe 38 is clamped, and the vicinity of the end 318 of the reinforcing pipe 38 is fixed to the rotary fitting 44. The fixing jig 43 is included in the house constituting mechanism 12. The turnbuckle 46 is configured to be connected to the turnbuckle connecting means 48 by a bolt 45, as shown in FIG. To form the brace 70 shown in FIG. 4, two turnbuckles 46 are connected to one turnbuckle connecting means 48 in an oblique direction with respect to the X axis.

(Action)
An example of the operation of forming the house 54 shown in FIG. 3 on the farmland 60 by using the connecting jig 10 will be described below. In order to form the house 54, the following operations (1) (preparation of connecting jig) to (12) (formation of brace 70) are performed in order, or a part of each operation is performed in order or in order. It is performed by changing. In the following (1) (preparation of connecting jig) to (12) (formation of brace 70), "house 54" is not yet completed, but "house 54" is used for convenience of explanation. And explain. Further, the following (2) (the standing of the vertical pipe 14) to (11) (the installation of the turnbuckle 46) are at positions A and B (shown in FIG. 3) facing each other in the horizontal direction (X-axis direction). , Done.

(1) (Preparation of connecting jig)
As the connecting jig of the present invention, in addition to the connecting jig 10, a connecting jig 100 for the lower part of the house 54 (the present invention) and a connecting jig 102 for the upper part of the house 54 (the present invention) are prepared. The connecting jig 100 (shown in FIG. 3) has the reinforcing pipe connecting means 40 and the turnbuckle connecting means 48 removed from the connecting jig 10, and the connecting jig 102 (shown in FIG. 3) turns from the connecting jig 10. The buckle connecting means 48 has been removed.

(2) (Vertical pipe 14 standing)
A plurality of vertical pipes 14 are arranged in the Y-axis direction. As shown in FIG. 3, the vertical pipe 14 has a straight lower portion and a curved upper portion. A groove 322 is dug in the farmland 60, a pile 108 is driven in the Z-axis direction at the bottom of the groove 322, and is connected to a buried pipe 106 that extends in the Y-axis direction. After that, the groove 322 is filled with soil, and the vertical pipe 14 is erected. The connection between the pile 108 and the buried pipe 106 and the connection between the buried pipe 106 and the vicinity of the lower end 104 of the vertical pipe 14 are performed by a commercially available orthogonal clamp 324 that connects two mutually orthogonal pipes. In the Y-axis direction, about one pile 108 is arranged for every two vertical pipes 14.

(3) (Installation of curved pipe 15)
As shown in FIG. 3, a curved pipe 15 is connected to a pair of vertical pipes 14 arranged at positions A and B (shown in FIG. 3) by a commercially available straight pipe joint 112 that connects the pipes in a serial direction. Fixed by connection. This work is performed on the plurality of vertical pipes 14 arranged in the Y-axis direction.

(4) (Installation of the first joining member 18 in the vertical middle portion of the house 54)
In the plurality of vertical pipes 14 arranged in the Y-axis direction, as shown in FIG. 2A, the first joining member 18 is closely joined to the surface of the vertical pipe 14 having a circular cross section. In the plurality of vertical pipes 14 arranged in the Y-axis direction, the first screw 30 is driven into the vertical pipe 14 through the first screw hole 32 (shown in FIG. 1), and the first joining member 18 is the vertical pipe. It is fixed at 14. The reinforcing pipe connecting means 40 is connected to the second joining member 20.

(5) (Installation of the turnbuckle connecting means 48 in the vertical middle part of the house 54)
In the plurality of vertical pipes 14 arranged in the Y-axis direction, the fixing metal fitting 50 of the turnbuckle connecting means 48 is closely bonded to the surface of the vertical pipe 14 having a circular cross section, and the lower surface of the first bonding member 18 is also provided. Is closely joined to. The screw 56 is driven into the vertical pipe 14 through the screw hole 58, and the fixing fitting 50 is fixed to the vertical pipe 14.

(6) (Installation of the second joining member 20 at the intermediate portion in the vertical direction of the house 54)
As shown in FIG. 2A, the engaging portion 28 of the second joining member 20 is engaged with the engaging hole 24 of the first joining member 18 in the Y-axis direction. The four hook-shaped recesses 26 are respectively engaged with the engagement holes 24, and the second joining member 20 is connected to the first joining member 18.

(7) (Installation of the horizontal pipe 16 at the vertical middle portion of the house 54)
One horizontal pipe 16 is inserted into the second joining member 20. In the plurality of vertical pipes 14 arranged in the Y-axis direction, until the male screw 22 presses the horizontal pipe 16 and the vertical pipe 14, as shown in FIG. 2A, the male screw 22 is the second joining member. A plurality of vertical pipes 14 and one horizontal pipe 16 which are screwed into 20 screw holes (not shown) and arranged in the Y-axis direction are fixed. The vertical pipe 14 and the horizontal pipe 16 are orthogonal to each other. Second screw 34 is driven into the lateral pipe 16 through the second screw holes 36, lateral pipes 16 Ru is secured to the second joint member 20. The reinforcing pipe connecting means 40 is rotatable with respect to the second joining member 20 around the rotation center axis of the male screw 22 .

(8) (Installation of the horizontal pipe 16 at the bottom of the house 54)
Similar to the vertically middle part of the house 54, as shown in FIG. 3, the horizontal pipe 16 is provided in the lower part of the house 54 to be formed by a plurality of vertical pipes arranged in the Y-axis direction by the connecting jig 100. It is fixed at 14.

(9) (Installation of the horizontal pipe 16 above the house 54)
In the same manner as the lower part of the house 54, the horizontal pipe 16 is installed on the upper part of the house 54 and fixed to the plurality of curved pipes 15 arranged in the Y-axis direction by the connecting jig 102. By installing the horizontal pipes 16 in the lower part and the upper part of the house 54, the entire house 54 is strengthened.

(10) (Installation of reinforcing pipe 38 and auxiliary pipe 39)
The connecting jigs 10 installed on the two vertical pipes 14 to which the same curved pipe 15 is connected are connected via one reinforcing pipe 38. As shown in FIG. 2A, one reinforcing pipe 38 is connected to the reinforcing pipe connecting means 40 of each of the two connecting jigs 10. As a result, the reinforcing pipe connecting means 40 cannot rotate with respect to the second joining member 20 around the rotation center axis of the male screw 20. The reinforcement pipe 38 is connected to the reinforcement pipe connecting means 40 by a fixing jig 43 shown in FIG. As shown in FIG. 3, two auxiliary pipes 39 are connected to one reinforcing pipe 38 by a conventional universal joint 114, and the auxiliary pipe 39 is connected to the curved pipe 15. The strength of the house 54 is improved by the one reinforcing pipe 38 and the two auxiliary pipes 39. In particular, by providing the auxiliary pipe 39 in an oblique direction, unlike the case where the auxiliary pipe 39 is provided in the Z-axis direction, the bending of the house 54 in the X-axis direction can be prevented.

(11) (Installation of turnbuckle 46)
As shown in FIG. 2B, two turnbuckles 46 are connected to the turnbuckle connecting means 48 arranged in the Y-axis direction by bolts 45 and nuts (not shown). As a result, a set of two turnbuckles 46 is arranged in the Y-axis direction.

(12) (Formation of Brace 70)
The turnbuckle 46 connected to the one turnbuckle connecting means 48 at the position A is connected to the other turnbuckle connecting means 48 which does not oppose at the position B by the turnbuckle 46 and a rod rod 66. Connected to form the brace 70 shown in FIG. The vertical pipe 14 in which the connecting jig 10 having the one turnbuckle connecting means 48 is installed and the vertical pipe 14 in which the connecting jig 10 having the other turnbuckle connecting means 48 is installed are different curved pipes. 15 are connected. In plan view, the turnbuckle 46 and the rod 66 extend in an oblique direction with respect to the X axis and the Y axis. The plurality of installed rods 66 cross each other. By adjusting the tension of the rod 66 by each turnbuckle 46, the shape of the house 54 in plan view is maintained in a stable shape without distortion.

(13) (Completion of house 54)
As described above, the skeleton (frame) 55 of the house 54 is formed. The frame 55 of the house 54 is covered with the resin film 64, and the house 54 is completed.

(effect)
According to the connecting jig 10 of the present invention, the first joint member 18 is joined to the vertical pipe 14, the second joint member 20 is engaged with the first joint member 18, and the horizontal pipe 16 is joined to the second joint member 20. The horizontal pipe 16 can be easily fixed to the vertical pipe 14 by inserting the male screw 22 into the second joining member 20 and pressing the horizontal pipe 16 against the vertical pipe 14. Further, the pressing force of the vertical pipe 14 against the horizontal pipe 16 can be adjusted by adjusting the screwing amount of the male screw 22 into the second joining member 20. Therefore, the pressing force of the vertical pipe 14 against the horizontal pipe 16 can be adjusted to a pressing force with which the vertical pipe 14 and the horizontal pipe 16 can be stably fixed over a long period of time. For example, the pressing force between the vertical pipe 14 and the horizontal pipe 16 is too small to release the fixed state between the vertical pipe 14 and the horizontal pipe 16, and the pressing force between the vertical pipe 14 and the horizontal pipe 16 is The pressing force between the vertical pipe 14 and the horizontal pipe 16 can be adjusted so as not to damage the vertical pipe 14 and the horizontal pipe 16 because they are too large.

  Although one embodiment of the present invention has been described above, the present invention is not limited to the above embodiment. For example, the house formed using the connecting jig 10 of the present invention may be the house 116 shown in FIG. For the house 116, the connecting jig 102 in which the turnbuckle connecting means 48 is removed from the connecting jig 10 is used at the intermediate portion in the vertical direction. Therefore, the turnbuckle 46 does not exist and the brace 70 is not formed. Even in such a house 116, the strength of the house 54 can be improved by the one reinforcing pipe 38 and the two auxiliary pipes 39.

  Further, the connecting jig 10 of the present invention may include a disc spring 326 in the frame 306 of the second joining member 20, as shown in FIG. 6. The male screw 22 presses the horizontal pipe 16 against the vertical pipe 14 via the disc spring 326. Even if the male screw 22 contracts or deteriorates over time, the horizontal pipe 16 can be pressed against the vertical pipe 14 by the pressing force of the disc spring 326.

  Although the embodiments of the present invention have been described above with reference to the drawings, the present invention is not limited to the illustrated embodiments. For example, the one skeleton material and the other skeleton material are not limited to the pipe having the hollow portion, and may be a rod-shaped member having no hollow portion. Further, it is possible to form the house by using only the connecting jig of the present invention as the connecting jig for forming the house.

10, 100, 102: Connection jig 12: House construction mechanism 14: Vertical pipe (one frame material)
16: Horizontal pipe (other skeletal material)
18: First joining member 20: Second joining member 22: Male screw 24: Engagement hole 26: Recessed portion 28: Engagement portion
30: First screw
32: First screw hole
34: Second screw
36: Second screw hole 38: Reinforcing pipe (reinforcing material)
39: Auxiliary pipe 40: Reinforcing pipe connecting means (reinforcing material connecting means)
42: Fixing bracket
44: Rotating metal fitting 46: Turnbuckle 48: Turnbuckle connecting means 54, 116: House
60: Farmland
70: Brace
308: Rotation axis

Claims (7)

A connecting jig for connecting a rod-shaped one skeleton member and a rod-shaped other skeleton member that form the framework of the house,
A first joining member provided with a first screw hole and joined to the surface of the one skeleton material;
And hit write Murrell first bis skeletal material of the one through the first screw hole,
A second joining member provided with a second screw hole, engaged with the first joining member, and joined to the surface of the other skeleton member in a direction substantially perpendicular to the one skeleton member,
A write Murrell second screw out to the other skeletal material through the second screw hole,
A male screw that is screwed into the second joining member and presses the other skeleton member against the one skeleton member,
A connecting jig equipped with.   The connecting jig according to claim 1, wherein the one skeleton member is a vertical pipe, and the other skeleton member is a horizontal pipe. A reinforcing member connecting means for connecting to a rod-shaped reinforcing member that directly or indirectly connects to any member constituting the frame of the house,
The reinforcing material connecting means,
A fixing bracket fixed to the second joining member by the male screw,
A rotating metal fitting connected to the fixing metal fitting, having a rotating shaft, rotatable about the rotating shaft with respect to the fixing metal fitting, and connected to the reinforcing material;
The connecting jig according to claim 1 or 2, which is composed of:   The connection jig according to claim 3, wherein the fixing fitting is rotatable with respect to the second joining member around a rotation center axis of the rotating fitting that is perpendicular to the rotation axis.   A pair of the connecting jigs according to claim 3 or 4 in which the one skeleton member and the other skeleton member are connected, and the reinforcing member connected to each reinforcing member connecting means of each connecting jig. House configuration mechanism to be equipped. A pair of vertical pipes that are opposed to each other and are erected on the farmland and that form the framework of the house ,
A curved pipe connected and fixed to the upper ends of a pair of vertical pipes,
One of the pair of vertical pipes, which is connected to one of the vertical pipes, is perpendicular to the direction of arrangement of the pair of vertical pipes, and has one rod-shaped horizontal pipe that constitutes the framework of the house ,
Of the pair of vertical pipes, connected to the other vertical pipe , is a direction perpendicular to the arrangement direction of the pair of vertical pipes , and another rod-shaped horizontal pipe that constitutes the framework of the house ,
A plurality of connecting jigs for connecting the vertical pipe and the horizontal pipe,
A rod-shaped reinforcing pipe that connects a pair of vertical pipes facing each other,
In a plan view, diagonally with respect to the arrangement direction of the pair of vertical pipes, a brace formed from turnbuckles connected to two vertical pipes that do not face each other,
Equipped with
The connecting jig is
A first screw member provided with a first screw hole, which is joined to the surface of the vertical pipe;
A write Murrell first screw out the vertical pipe through the first screw hole,
A second joining member provided with a second screw hole, engaged with the first joining member, and joined to the surface of the horizontal pipe in a direction substantially perpendicular to the vertical pipe,
A write Murrell second screw out the lateral pipe via the second screw hole,
A male screw screwed into the second joining member to press the horizontal pipe against the vertical pipe,
Reinforcing material connecting means for connecting to the reinforcing pipe constituting the frame of the house,
And the turn buckle connecting means for connecting before Kita Nbakkuru,
House with. A plurality of piles driven vertically in the bottom of the trench dug in the farmland,
An embedded pipe that extends in a direction parallel to the one horizontal pipe or the other horizontal pipe, is connected to a plurality of the piles, is connected near the lower end of the vertical pipe, and is filled with soil.
The house according to claim 6, further comprising:

Images