JP2021102874A - Member positioning attaching tool, and member attaching method - Google Patents

Abstract

To position attaching tool side attachment portions of a plurality of member positioning attaching tools on the same line and to securely attach member side attachment portions of members to attaching tool side attachment portions of a plurality of member positioning attaching tools, even when member positioning attaching tools are not attached accurately to predetermined attachment positions of attachment places.SOLUTION: A plurality of member positioning attaching tools 1 are attached to an attachment place 90 with a predetermined interval for attaching members 5 to the attachment place 90. The member positioning attaching tool comprises: a fixed plate 2 fixed to the attachment place 90; an attachment shaft 3 (a screw shaft 31) fixed to the fixed plate 2 so as to extend in a direction perpendicular to a plate face of the fixed plate 2; and an adjustment member 4 having an attaching tool side attachment portion 6 to which the member 5 is attached and attached to the attachment shaft 3 so as to rotate around the attachment shaft 3 and move along a center line 31a of the attachment shaft 3.SELECTED DRAWING: Figure 1

Description

In the present invention, in order to mount a member at a mounting location, a plurality of member positioning fixtures are arranged on the mounting surface of the mounting location at predetermined intervals and mounted at the mounting location, and the plurality of member positioning fixtures are provided. It relates to the member mounting method used.

Conventionally, as shown in FIGS. 7 and 8, in order to mount the member 5 at the mounting location 90, the member 5 is arranged on the mounting surface 91, which is the surface of the mounting location 90, at a predetermined interval and mounted at the mounting location 90. A member attachment device composed of a plurality of member positioning attachments 92, 92 ... Is known.
The member positioning fixture 92 is, for example, a square fixing plate 93 fixed to the mounting location 90 by a fixing means such as a screw 26, and a pair of side edges 93a, 93a of the fixing plate 93 facing each other in parallel. A pair of rising pieces 94, 94 provided so as to extend from one plate surface 93h in a direction orthogonal to the plate surface 93h, and an extension ends 95, 95 side of the pair of rising pieces 94, 94, respectively. It is provided with a pair of attachment-side attachment portions 96, 96 provided.
The pair of attachment-side mounting portions 96, 96 extend along one pair of side edges 93a, 93a, for example, between the other pair of side edges 93b, 93b of the fixing plate 93 facing each other in parallel. It is composed of an engaging receiving portion provided so as to exist.
The member 5 extends in the same direction from, for example, a substrate 51 formed of a long flat plate and long peripheral edges 52, 52 of the substrate 51 facing each other in parallel, and is orthogonal to the plate surface of the substrate 51. Each side plate 53, 53 provided in the above, and a pair of attachment side attachment portions provided on the extension ends 54, 54 side of the side plates 53, 53 along the extension ends 54, 54. It is configured to include a pair of member-side mounting portions 7 and 7 to be mounted on 96 and 96. The pair of member-side mounting portions 7, 7 are composed of, for example, engaging portions that engage with the engaging receiving portions that form the pair of fixture-side mounting portions 96, 96.
Therefore, a plurality of member 5s are formed by engaging the member-side mounting portions 7, 7 of the member 5 with the fixture-side mounting portions 96, 96 ... Of the plurality of member positioning fixtures 92, 92 ... Fixed to the mounting location 90. By attaching to the member positioning attachments 92, 92 ... Of the above, the member 5 is attached to the attachment location 90 via a plurality of member positioning attachments 92, 92 ... Fixed to the attachment location 90.
For example, there is known a method of attaching a cap tree as a member 5 to a cap tree attachment location via a plurality of member positioning attachments (see Patent Document 1).

Japanese Unexamined Patent Publication No. 2006-23618

As shown in FIG. 8, in each of the conventional member positioning fixtures 92, 92 ..., The center 93C of the fixing plate 93 is separated by a predetermined interval on the reference line 91X set on the mounting surface 91 of the mounting location 90. It is fixed to the mounting location 90 by a fixing means such as a screw 26 so that it is located at a determined installation reference point.
However, as shown in FIG. 8, the member positioning fixture 92 is mounted at the mounting location 90 in a state where the member positioning mounting tool 92 is slightly rotated from the predetermined mounting position with the center 93C (center line passing through the installation reference point) of the fixing plate 93 as the center of rotation. If this happens, the attachment side attachment portions 96, 96 ... Of the plurality of member positioning attachments 92, 92 ... Will not be positioned on the same straight line 96X and the same straight line 96Y.
That is, when even one member positioning attachment 92 is not accurately attached to a predetermined attachment position at the attachment location 90, the attachment side attachment portions 96, 96 ... Of the plurality of member positioning attachments 92, 92 ... Since they are no longer positioned on the same straight line 96X and on the same straight line 96Y, the member-side mounting portions 7 and 7 of the member 5 are mounted on the mounting tool-side mounting portions 96, 96 ... There is a problem that the member 5 cannot be attached to the plurality of member positioning fixtures 92, 92 ...

In the present invention, in order to solve the above problems, even if the member positioning attachment is not accurately attached to a predetermined attachment position at the attachment location, the attachment side attachment portions of the plurality of member positioning attachments are placed on the same straight line. A member positioning fixture that can be positioned at the same position so that the member-side mounting portion of the member can be reliably mounted on the fixture-side mounting portion of the plurality of member positioning fixtures, and the plurality of member positioning mountings. It provides a member mounting method using a tool.

The member positioning fixture according to the present invention is a member positioning fixture that is mounted at a plurality of member positioning fixtures at a predetermined interval in order to mount the member at the mounting location, and includes a fixing plate fixed to the mounting location. It has a mounting shaft fixed to the fixing plate so as to extend in a direction orthogonal to the plate surface of the fixing plate, and a mounting portion on the mounting tool side to which the member is mounted, and is rotatable around the mounting shaft as a rotation center. It is characterized by including an adjusting member attached to the mounting shaft so that it can move along the center line of the mounting shaft.
The mounting shaft is composed of a screw shaft having a screw formed on an outer peripheral surface thereof, the adjusting member is provided with a screw hole, and the screw hole of the adjusting member is screwed to the screw shaft. The adjusting member is attached to the screw shaft so as to be rotatable around the screw shaft and to be movable along the center line of the screw shaft.
Further, the adjusting member is characterized by including a pair of attachment-side attachment portions provided so as to face each other in parallel with the screw hole interposed therebetween.
Further, in the member mounting method using the above-mentioned member positioning fixture, each mounting of the plurality of member positioning fixtures is performed at each of the plurality of installation reference points at predetermined intervals on the reference line set on the mounting surface of the mounting location. A fixture mounting step for mounting the plurality of member positioning fixtures at the mounting location and a plurality of member-side mounting portions provided on the member are mounted at the mounting location so that the center line of the shaft is located. The member positioning attachment is characterized by including a member attachment step for attaching to a plurality of attachment side attachment portions located on the same straight line.
According to the present invention, even if the member positioning attachment is not accurately attached to a predetermined attachment position at the attachment location, the attachment side attachment portions of the plurality of member positioning attachments can be positioned on the same straight line. As a result, the member-side attachment portion of the member can be reliably attached to the attachment-side attachment portion of the plurality of member positioning attachments.

(A) is a cross-sectional view showing a state in which the member is attached to the member positioning attachment, and (b) is an enlarged cross-sectional view showing an engaged state between the member side attachment portion and the attachment side attachment portion (Embodiment 1). FIG. 5 is a plan view (Embodiment 1) showing a state in which mounting portions on the mounting tool side of a plurality of member positioning mounting tools mounted at mounting locations are located on the same straight line. An exploded perspective view of a member positioning fixture (Embodiment 1). (A) is a perspective view showing a state in which the fixing plate and the screw shaft are fixed to the mounting location, and (b) is a perspective view showing a state in which the adjusting member is mounted on the screw shaft (Embodiment 1). An exploded perspective view (Embodiment 1) showing a relationship between a member and a plurality of member positioning fixtures. (A) is a perspective view showing a plurality of member positioning fixtures mounted at the mounting location, and (b) is a perspective view showing a state in which the members are mounted on the plurality of member positioning fixtures (Embodiment 1). A cross-sectional view showing a state in which a member is attached to a conventional positioning fixture. The plan view which shows the state which the attachment side attachment part of a plurality of conventional member positioning attachments attached to an attachment place is not positioned on the same straight line.

Embodiment 1
The member positioning fixture 1 according to the first embodiment includes, for example, as shown in FIGS. 1 and 3, a fixing plate 2 fixed to a mounting location 90, a bolt 32 having a screw shaft 31 as a mounting shaft 3, and a bolt 32. It is a mounting tool that is configured by combining with the adjusting member 4 and for mounting the member 5 at the mounting location 90.
In other words, in order to mount the member 5 at the mounting location 90, a plurality of member positioning fixtures 1, which are arranged at predetermined intervals on the mounting surface 91 which is the surface of the mounting location 90 and are mounted at the mounting location 90. The member mounting device is configured by 1 ...

As shown in FIG. 3, for example, the fixing plate 2 includes a square plate portion 21 and a recess 22 provided in the center of the plate portion 21 for accommodating the head 33 of the bolt 32, and the bottom plate of the recess 22. The screw hole 24 such as a screw hole or a through hole through which the screw shaft 31 of the bolt 32 is passed is formed in 23.
Further, the plate portion 21 includes a plurality of ribs 25, 25 ... Protruding from the plate surface on the opening side of the recess 22 and arranged in parallel with each other at predetermined intervals, and the plurality of ribs 25, When the 25 ... contacts the mounting surface 91 of the mounting location 90, the fixing plate 2 is intermittently in contact with the mounting surface 91 and is fixed to the mounting location 90 by a fixing means such as a screw 26. Reference numeral 27 denotes a mounting hole through which the screw 26 is passed.
The recess 22 has, for example, a recess formed by recessing the central portion of the plate portion 21 by breathing or the like, that is, a straight line passing through the center of the plate portion 21 and orthogonal to the plate surface of the plate portion 21 as the center line. The cross section to be formed is a concave portion having a quadrangular shape or a circular shape.

As shown in FIGS. 1A and 4A, the screw shaft 31 of the bolt 32 is passed through the screw through hole 24 to accommodate the head 33 of the bolt 32 in the recess 22, and then the nut 28 is attached to the screw shaft 31. Is fastened to the fixing plate 2 so that the screw shaft 31 extends in a direction orthogonal to the plate surface of the plate portion 21 of the fixing plate 2. Then, the fixing plate 2 and the screw shaft 31 are fixed to the mounting location 90 by fastening the screw 26 to the mounting location 90 via the mounting hole 27 in a state where the plurality of ribs 25, 25 ... Are in contact with the mounting surface 91. Will be done.

As shown in FIG. 3, for example, the adjusting member 4 includes a substrate 41 formed of a square flat plate that is one size smaller than the plate portion 21 of the fixing plate 2, and edges 42, 42 of the substrate 41 that face each other in parallel. Each side plate 43, 43 extending in the same direction from the above and provided so as to be orthogonal to the plate surface of the substrate 41, and each side plate 43, extending in a direction away from the extension ends 44, 44 of each side plate 43, 43. The overhanging plates 45, 45 provided so as to be orthogonal to the plate surface of the 43, and the overhanging plates 45, extending in the direction approaching the substrate 41 from the extension ends 46, 46 of the overhanging plates 45, 45. Each receiving plate 47, 47 provided so as to be orthogonal to the plate surface of 45 is provided.
Further, a screw hole 48 is formed in the center of the substrate 41 through which the screw shaft 31 of the bolt 32 is screwed and penetrated.

On the extension ends 49, 49 side of each of the receiving plates 47, 47, a pair of attachment side attachment portions 6, 6 extending along the extension ends 49, 49 are formed.
As shown in FIG. 1B, for example, the fixture-side mounting portion 6 is inclined so as to project from the outer surface 47a of the receiving plate 47 in a direction away from the overhanging plate 45 at a position close to the extension end 49 of the receiving plate 47. A receiving surface 61 formed on the surface and a guide surface 63 formed on an inclined surface connecting the extension end 62 of the receiving surface 61 and the extension end 49 of the receiving plate 47 are provided.

That is, as shown in FIG. 3, the adjusting member 4 includes a pair of attachment-side attachment portions 6 and 6 provided so as to face each other in parallel with the screw hole 48 interposed therebetween.

Then, as shown in FIGS. 1A and 4A, by screwing the screw hole 48 of the adjusting member 4 to the screw shaft 31, the adjusting member 4 can rotate about the screw shaft 31 as the center of rotation. Moreover, it is attached to the screw shaft 31 so as to be movable along the center line 31a of the screw shaft 31.

The member 5 is, for example, a long member such as a cap tree attached to the upper end (mounting place) of a handrail or the like, a decorative material attached to a wall (mounting place) of a building, that is, a member long in one direction, which will be described later. A long member that extends long in one direction along the mounting surface 91 of the mounting location 90 when mounted at the mounting location 90 via a plurality of member positioning fixtures 1, 1 ... Is.
As shown in FIG. 5, for example, the member 5 extends in the same direction from the substrate 51 formed of a long flat plate and the elongated edges 52 and 52 of the substrate 51 facing each other in parallel to each other, and the substrate 51 Each side plate 53, 53 provided so as to be orthogonal to the plate surface is provided, and is attached to the extension end 54, 54 side of each side plate 53, 53 by extending along the extension end 54, 54. The member-side mounting portions 7 and 7 that engage with the portions 6 and 6 are formed.

As shown in FIG. 1B, for example, the member-side mounting portion 7 is orthogonal to the inner surface 53a of the side plate 53 at a position close to the extension end 54 (see FIGS. 1A and 5) of the side plate 53. An engaging surface 71 that is provided so as to extend and engages with the receiving surface 61, and the engaging surface 71 that extends in a direction closer to the extension end 54 of the side plate 53 from the extension end 72 of the engagement surface 71. A contact surface 73 formed so as to be orthogonal to the outer surface 47a of the receiving plate 47, and an extension end 74 of the contact surface 73 extending from the extension end 74 of the contact surface 73 toward the extension end 54 of the side plate 53. A guide surface 75 formed on an inclined surface connecting the side plate 53 and the inner surface 53a of the side plate 53 is provided.

Next, a method of attaching the member 5 using the plurality of member positioning attachments 1, 1 ... Will be described.
As shown in FIG. 2, the member mounting method includes a plurality of member positioning mounting tools at a plurality of predetermined mounting positions spaced by a predetermined interval on a reference line 91X set on the mounting surface 91 of the mounting location 90. The fixture mounting step S1 for mounting the plurality of member positioning fixtures 1, 1 ... To the mounting location 90 so that the center lines 31a, 31a ... Of the screw shafts 31, 31 of 1, 1 ... Are positioned, and the member. A plurality of member-side mounting portions 7 and 7 provided in 5 are located on the same straight line 6X and on the same straight line 6Y of a plurality of member positioning fixtures 1, 1 ... Mounted at the mounting location 90. It is provided with a member mounting step S2 to be mounted on the mounting tool side mounting portions 6, 6 ...

In the fixture mounting step S1, first, on the mounting surface 91 of the mounting location 90, the center lines 31a, 31a ... (Centers of the fixing plates 2, 2 ...) of the screw shafts 31, 31 ... Draw a reference line 91X that passes through each installation reference point (position) not shown in the figure.
Then, the screw shaft 31 of the bolt 32 is passed through the screw through holes 24 of the fixing plates 2, 2 ... Of the member positioning fixtures 1, 1 ..., and the head 33 of the bolt 32 is housed in the recess 22. By fastening the nut 28 to 31, the bolt 32 provided with the screw shaft 31 as the mounting shaft 3 is fixed to the fixing plate 2.
A plurality of fixing plates 2, 2 ... To which the bolt 32 is fixed are arranged at predetermined intervals along the reference line 91X, and the center lines 31a of the screw shafts 31, 31 ... Of the fixing plates 2, 2 ... , 31a ... Are fixed to the mounting location 90 by fixing means such as screws 26, respectively, so that the fixing plates 2, 2 ... Are located directly above the above-mentioned installation reference points.

Next, the adjusting members 4, 4 ... Are attached to the screw shafts 31, 31 ... Of the fixing plates 2, 2 ..., respectively. That is, the adjusting member 4 is attached to the screw shaft 31 by screwing the screw hole 48 of the adjusting member 4 to the screw shaft 31.

Then, the adjusting members 4, 4 ... Are rotated around the screw shafts 31, 31 ... As the center of rotation and moved in the direction along the screw shaft 31, and the substrates 41, 41 ... Of the adjusting members 4, 4 ... Is positioned on the same plane facing the mounting surface 91, and as shown in FIG. 2, the extension ends 49, 49 ... Sides of one of the receiving plates 47, 47 ... Of the adjusting members 4, 4 ... One of the attachment side attachment portions 6, 6 ... Provided in the above is positioned along the same straight line 6X, and the extension ends 49 of the other receiving plates 47, 47 ... Of the adjusting members 4, 4 ... The other attachment side attachment portions 6, 6 ... Provided on the 49 ... side are set to be positioned along the same straight line 6Y.

Even if the mounting surface 91 is uneven, the adjusting members 4, 4 ... Can be moved in the direction along the screw shaft 31, so that the substrates 41 of the adjusting members 4, 4 ... , 41 ... Each plate surface can be positioned on the same plane facing the mounting surface 91.

In the member mounting step S2, one member side mounting portion 7 provided on the extension end 54 side of one side plate 53 of the member 5 is replaced with one of the adjusting members 4, 4 ... The member-side mounting portion 7 provided on the extension end 54 side of the other side plate 53 of the member 5 is mounted by engaging with the adjusting members 4, 4 ... 6 ... Engage and attach.
That is, the contact surface 73 side, which is the protruding end side of one member side attachment portion 7 of the member 5, is the guide surface 63, 63 of each attachment side attachment portion 6, 6 ... Of the adjustment members 4, 4 ... While pressing against ..., the contact surface 73 side, which is the protruding end side of the other member side mounting portion 7 of the member 5, is the guide surface of each of the other mounting tool side mounting portions 6, 6 ... Of the adjusting members 4, 4 ... Press on 63, 63 ...
At this time, if the plurality of fixture-side mounting portions 6, 6 ... Are not located on the same straight line 6X and the same straight line 6Y, the adjusting members 4, 4 ... Are each screw shaft 31. , 31 ... Rotate around the center of rotation, and as shown in FIG. 2, one of the adjusting members 4, 4 ... Of the plurality of member positioning fixtures 1, 1 ... In addition to being positioned on the straight line 6X, the other mounting tool side mounting portions 6, 6 ... Of the adjusting members 4, 4 ... Of the plurality of member positioning mounting tools 1, 1 ... Are located on the same straight line 6Y.
Then, the contact surfaces 73, 73 on the protruding end side of the member side mounting portions 7, 7 of the member 5 get over the guide surfaces 63, 63 ... Of the mounting tool side mounting portions 6, 6 ..., And the contact surface 73. , 73 come into contact with the outer surfaces 47a, 47a of the receiving plates 47, 47, and the contact surfaces 73, 73 are locked to the receiving surfaces 61, 61. The members 5 are engaged with the attachment side attachment portions 6, 6 ... Of the plurality of member positioning attachments 1, 1 ..., And the member 5 is attached to the attachment location 90 via the plurality of member positioning attachments 1, 1 ... ..

That is, the attachment side attachment portions 6, 6 ... Of the plurality of member positioning attachments 1, 1 ... Are not located on the same straight line 6X and the same straight line 6Y, and the same straight lines 6X, 6Y. Even if the adjustment members 4, 4 ... Are slightly deviated from the top, the guide surfaces 63, 63 ... Of the attachment side mounting portions 6, 6 ... Of the adjusting members 4, 4 ... By being pushed by the contact surfaces 73, 73, which are the end sides, the adjusting members 4, 4 ... Slightly rotate around the screw shafts 31, 31 ... As the center of rotation, and the plurality of member positioning fixtures 1, 1 ... The attachment side attachment portions 6, 6 ... Are located on the same straight line 6X and the same straight line 6Y, and the contact surface on the protruding end side of each member side attachment portion 7, 7 of the member 5. The members 5 are formed by the 73, 73 side overcoming the guide surfaces 63, 63 ... Of the attachment side mounting portions 6, 6 ... Of the adjusting members 4, 4 ... And locking them to the receiving surfaces 61, 61 ... Will be mounted at the mounting location 90 via a plurality of member positioning fixtures 1, 1 ...

According to the first embodiment, as the member positioning fixture 1, the fixing plate 2 fixed to the mounting location 90 and the mounting shaft fixed to the fixing plate 2 so as to extend in a direction orthogonal to the plate surface of the fixing plate 2. The screw shaft 31 as 3 and the attachment side mounting portion 6 to which the member 5 is mounted are provided, and the screw shaft 31 can be rotated around the rotation center and can be moved along the center line 31a of the screw shaft 31. Since the configuration including the adjusting member 4 to be attached to the screw shaft 31 is used, the attachment side attachment portions 6, 6 ... Of the plurality of member positioning attachments 1, 1 ... Are on the same straight line 6X and , It comes to be positioned on the same straight line 6Y, and each member side mounting portion 7, 7 of the member 5 is securely mounted to the mounting tool side mounting portions 6, 6 ... Of the plurality of member positioning mounting tools 1, 1 ... be able to.
That is, even if the member positioning attachment 1 is not accurately attached to the predetermined attachment position of the attachment location 90, the attachment side attachment portions 6, 6 ... Of the plurality of member positioning attachments 1, 1 ... Are the same straight line 6X. It can be positioned on the same straight line 6Y, and the member-side mounting portions 7, 7 of the member 5 can be reliably attached to the mounting tool-side mounting portions 6, 6 ... Of the plurality of member positioning mounting tools 1, 1 ... You will be able to install it.

Further, even if the mounting surface 91 is uneven, the adjusting members 4, 4 ... Can be moved in the direction along the screw shaft 31, so that the substrates 41 of the adjusting members 4, 4 ... Since each of the plate surfaces of, 41 ... Can be positioned on the same plane facing the mounting surface 91, it is possible to cope with the non-landing of the mounting surface 91.

Further, since the adjusting member 4 includes a pair of attachment side mounting portions 6; 6 provided so as to face each other in parallel with the screw hole 48 interposed therebetween, the elongated side plates 53 and 53 of the member 5 are extended. The pair of member-side mounting portions 7 and 7 provided on the ends 54 and 54 can be reliably engaged and supported, and the member 5 can be mounted stably and reliably.

Embodiment 2
In the first embodiment, the member positioning attachment 1 provided with the screw shaft 31 as the mounting shaft 3 is illustrated, but the mounting shaft 3 is a shaft on which no screw (male screw) is formed on the outer peripheral surface, that is, the same diameter over the entire length. A member positioning fixture provided with a simple shaft of the above may be used.
However, in this case, since the adjusting members 4, 4 ... Can freely move in the direction along the mounting shaft 3, the mounting tools side of the adjusting members 4, 4 ... Of the plurality of member positioning mounting tools 1, 1 ... After mounting the member-side mounting portions 7, 7 of the member 5 to the mounting portions 6, 6 ..., the member 5 is attached to a bracket or the like (not shown) so that the adjusting members 4, 4 ... Do not move in the direction along the mounting shaft 3. It may be fixed to the mounting place 90 by the mounting parts of.

The configuration of the attachment side attachment portion 6 of the member positioning attachment 1 and the member side attachment portion 7 of the member 5 is not limited to the shape described in FIG. 1 (b), and the attachment side of the member positioning attachment 1 Any shape may be used as long as the mounting portion 6 and the member-side mounting portion 7 of the member 5 are engaged on the same straight line.

1 member positioning fixture, 2 fixing plate, 3 mounting shaft, 4 adjusting member, 5 member,
6 Mounting tool side mounting part, 6X, 6Y same straight line, 7 Member side mounting part,
31 screw shaft (mounting shaft), 31a screw shaft center line, 48 screw holes, 90 mounting location,
91 mounting surface, 91X reference line.

Claims (4)

A member positioning fixture that can be attached to a plurality of members at a predetermined interval in order to attach the member to the attachment location.
A fixing plate fixed to the mounting location and
A mounting shaft fixed to the fixing plate so as to extend in a direction orthogonal to the plate surface of the fixing plate,
It has a mounting part on the mounting tool side to which the member is mounted, and also includes an adjusting member that is mounted on the mounting shaft so that it can rotate around the mounting shaft and move along the center line of the mounting shaft. A member positioning fixture characterized by the fact that. The mounting shaft is composed of a screw shaft having a screw formed on an outer peripheral surface thereof, the adjusting member is provided with a screw hole, and the screw hole of the adjusting member is screwed to the screw shaft. The member positioning attachment according to claim 1, wherein the adjusting member is attached to the screw shaft so as to be rotatable around the screw shaft and to be movable along the center line of the screw shaft. .. The member positioning attachment according to claim 2, wherein the adjusting member includes a pair of attachment-side attachment portions provided so as to face each other in parallel with the screw hole interposed therebetween. A member mounting method using the member positioning fixture according to any one of claims 1 to 3.
The plurality of members so that the center lines of the respective mounting shafts of the plurality of member positioning fixtures are positioned at the plurality of installation reference points at predetermined intervals on the reference line set on the mounting surface of the mounting location. A mounting tool mounting step for mounting the positioning mounting tool at the mounting location,
A member mounting step for mounting the member-side mounting portion provided on the member to a plurality of mounting tool-side mounting portions located on the same straight line in the plurality of member positioning mounting tools mounted at the mounting location is provided. A member mounting method characterized by.

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