JP2020197120A - Separate object fixture - Google Patents

Abstract

To reduce weight of a separate object fixture while enhancing a water-proofing property of a substrate by a roof part.SOLUTION: A substrate side support member 9 having a first fixing part 8 to a fitting substrate and an upper support member 11 having a second fixing part 10 are provided, the second fixing part having a separate object freely fixed thereon that is an upper object to be fixed. A grounding portion 14 having the first fixing part 8 and a vertical tubular body part 15 in a vertical direction are provided on the substrate side support member 9. A connection part to the upper support member 11 is formed with a first bolt insertion hole 16 formed on a first vertical wall part 15A at a top part of the vertical tubular body part 15. A roof part 17 that covers an entire top edge part of the vertical tubular body part 15 is provided on the upper support member 11. A connection part 12 with the substrate side support member 9 is formed with a second bolt insertion hole 19 formed on a connection vertical plate part 18 extending downward along the vertical tubular body part 15 at a portion below the roof part 17. A second vertical wall part 20 extends above the roof part 17, the second vertical wall part transmitting, as an axial force, a load of the separate object fixed on the second fixing part, to the connection vertical plate part below.SELECTED DRAWING: Figure 3

Description

The present invention provides a base-side support member provided with a first fixing portion to a mounting base, and an upper support member provided with a second fixing portion capable of fixing another object to be fixed on the upper side. The present invention relates to an object fixture in which a connecting portion that can be connected to each other via a bolt is provided at an upper end portion of the side support member and a lower end portion of the upper support member.

Conventionally, as shown in FIG. 20, the base side support member 9 is provided with a ground contact portion 14 having a first fixing portion 8 and a vertical tubular main body portion 15 along the vertical direction, and the vertical tubular main body portion 15 is provided. A first bolt insertion hole 16 is provided in a flange portion protruding laterally at the upper portion to form a connecting portion 12 to the upper support member 11, and the upper support member 11 covers the entire upper end portion of the vertical tubular main body portion 15. A roof portion 17 was provided, and a second bolt insertion hole 19 corresponding to the first bolt insertion hole 16 was provided on the upper surface of the roof portion 17, and a bolt insertion hole for another object 3 was provided so that the other object 3 could be fixed. (See, for example, Patent Document 1).

JP-A-2009-167754

In the conventional other object fixing tool described above, since the other object bolt insertion hole for fixing the other object 3 is provided on the upper surface of the roof portion 17, a vertical tubular shape provided on the base side support member 9 is provided. Rainwater or the like easily invades the inside of the main body 15, and there is a risk that water may permeate into the base.
Further, the load of the other object 3 acts on the upper surface of the roof portion 17 through the bolt insertion hole for the other object, and further, the second bolt insertion hole 19 formed on the upper surface of the roof portion 17 and the flange portion are formed. It is transmitted to the base side support member 9 through the 1-bolt insertion hole 16.
Therefore, a bending force acts on the roof portion 17 due to the load from above, and the roof portion 17 is easily deformed. Therefore, in order to strengthen the roof portion 17 itself, it is necessary to form the roof portion 17 to be thick, and there is a problem that the weight is increased.

Therefore, an object of the present invention is to solve the above-mentioned problems and to make it possible to reduce the weight of the fixture for other objects while facilitating the improvement of the waterproofness of the base by the roof portion.

The first characteristic configuration of the present invention is an upper support member provided with a base side support member provided with a first fixing portion to the mounting base and a second fixing portion capable of fixing another object which is an upper fixing object. A fixture for other objects, wherein the upper end portion of the base side support member and the lower end portion of the upper support member are provided with connecting portions that can be connected to each other via bolts. The support member is provided with a grounding portion provided with a first fixing portion and a vertical tubular main body portion along the vertical direction, and a first bolt insertion hole is provided in the first vertical wall portion above the vertical tubular main body portion. A roof portion is provided on the upper support member to cover the entire upper end portion of the vertical tubular main body portion, and the vertical tubular main body portion is provided below the roof portion. A second bolt insertion hole is provided in the connecting upper and lower plate portions extending downward along the roof to form the connecting portion with respect to the base side support member, and the load of another object fixed to the second fixing portion is lowered. The second vertical wall portion for transmitting the axial force to the upper and lower plate portions for connection is extended above the roof portion.

According to the first characteristic configuration of the present invention, the base side support member provided with the first fixing portion to the mounting base is provided with the grounding portion and the vertical tubular main body portion, so that the upper support member is removed. Since it is possible to mount only the base side support member in advance, there is no larger obstacle above the vertical tubular main body, and therefore, the base side support member is attached to the mounting base. Installation work can be done smoothly.
Moreover, after the grounding portion of the base side support member is installed on the mounting base and fixed by the first fixing portion, there is an obstacle in visually observing the work from the mounting base to the grounding portion and the vertical tubular main body portion. Therefore, it is possible to improve the waterproofness by laying a waterproof sheet with good workability.
Further, for the base side support member, by providing the upper support member with a roof portion that covers the entire upper end portion of the vertical tubular main body portion, it is possible to prevent water such as rainwater from entering the base side support member. Others can be attached and fixed to the second fixing portion provided on the upper support member.
Therefore, it becomes possible to install another object fixing tool outside the building and fix the other object in a state where the infiltration of rainwater or the like is prevented.
Further, the load of other objects attached and fixed to the second fixing portion is applied to the connecting upper and lower plate portions extending downward along the vertical tubular main body portion below the roof portion via the second vertical wall portion. , Straight downward axial force is transmitted to both the second bolt insertion hole provided in the upper and lower plates for connection and the first bolt insertion hole provided in the first vertical wall portion of the vertical tubular main body of the base side support member. By inserting the bolts and tightening and connecting, the load of other objects transmitted from above to the upper and lower plates for connection is directly transmitted to the first vertical wall portion by the axial force.
Therefore, the upper support member and the base side support member are supported by the mounting base without the bending force acting due to the load from other objects, and the wall thickness of the base side support member and the upper support member is not increased to reinforce the wall. , Other things can be fixed.
Therefore, it has become possible to fix other objects with good workability with a lightweight object fixing tool.

The second characteristic configuration of the present invention is that the upper and lower plate portions for connection and the second vertical wall portion are arranged at overlapping positions in a plan view.

According to the second characteristic configuration of the present invention, the load of another object is transmitted straight from the second vertical wall portion to the lower connecting upper and lower plate portions, and is efficiently transmitted to the base side support member to be supported. ..
Therefore, it is difficult for a force such as a bending force to act on the fixture of another object, which can be useful for overall weight reduction in manufacturing.

The third characteristic configuration of the present invention is that the upper support member includes the roof portion, the upper and lower plate portions for connection, and the lower member including the second vertical wall portion, and the second fixing portion. It is divided into an upper member provided with a third vertical wall portion that can be connected to the second vertical wall portion, and the first fixed portion is connected between the second vertical wall portion and the third vertical wall portion. A connection adjusting mechanism is provided so that the relative position of the second fixed portion can be changed and adjusted in at least one of the vertical and horizontal directions.

According to the third characteristic configuration of the present invention, the upper support member includes a lower member having a roof portion, a connecting upper and lower plate portion, and a second vertical wall portion, and a second fixing portion and a second vertical wall portion. It is divided into an upper member having a third vertical wall portion that can be connected to the portion, and the position of the second fixed portion relative to the first fixed portion between the second vertical wall portion and the third vertical wall portion. By providing a connection adjustment mechanism capable of changing and adjusting the fixed position in at least one of the vertical direction and the lateral direction, it is possible to freely finely adjust the fixed posture and the fixed position of another object with respect to the mounting base.

The fourth characteristic configuration of the present invention is formed on the second vertical wall portion by interposing an intermediate connecting member that can be connected to both of the lower member and the upper member via bolts. A first intermediate bolt insertion hole that can be connected via a bolt that is inserted into the third bolt insertion hole is provided in the intermediate connecting member, and is inserted through a fourth bolt insertion hole formed in the third vertical wall portion. A second intermediate bolt insertion hole that can be freely connected is provided in the intermediate connecting member, and at least one of the third bolt insertion hole and the first intermediate bolt insertion hole is formed in a laterally elongated hole. At least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed in a long hole in the vertical direction, and a mounting portion for the roof portion is provided at the lower end portion of the intermediate connecting member, and the intermediate portion is provided. The connection adjusting mechanism is configured so that the relative position of the second fixing portion with respect to the first fixing portion can be changed and adjusted in the lateral direction while the connecting member is placed on the roof portion.

According to the fourth characteristic configuration of the present invention, an intermediate connecting member that can be connected to both sides via bolts is interposed between the lower member and the upper member, and when adjusting the height of another object, By forming at least one of the 4th bolt insertion hole and the 2nd intermediate bolt insertion hole into a long hole in the vertical direction, the height of the 2nd fixing portion is adjusted to form the 4th bolt insertion hole. By tightening with a bolt passed through the second intermediate bolt insertion hole, the fixing height of another object can be determined.
To adjust the lateral position of another object, at least one of the third bolt insertion hole and the first intermediate bolt insertion hole is formed in the lateral elongated hole, so that the second fixing portion is laterally adjusted. By adjusting the fixing position of and tightening with the bolts passed through the third bolt insertion hole and the first intermediate bolt insertion hole, the lateral fixing position of another object can be determined.
In addition, when determining the lateral fixing position of another object, the upper member can be laterally moved via the intermediate connecting member while the mounting portion of the intermediate connecting member is mounted on the roof portion, and the upper member can be moved laterally. The position can be changed.

The fifth characteristic configuration of the present invention is that a cover member that covers the connecting portion from the side is provided on the roof portion in a detachable manner.

According to the fifth characteristic configuration of the present invention, after connecting the upper support member to the base side support member with a bolt at the connecting portion, a cover member is attached to the roof portion to cover the side of the connecting portion. While preventing obstacles to the connection operation when connecting with bolts, prevent rainwater from hitting the connecting part after connection, and cover the upper end of the waterproof sheet that covers the vertical tubular body with a cover member to make it waterproof. You can improve your sex.

The sixth characteristic configuration of the present invention is an upper other object provided with a lower attachment member having a first fixing portion to the attachment base and a second fixing portion capable of fixing another object which is an upper fixing object. An object fixture that is provided with an attachment member and is provided with a connection adjusting portion that can be connected to each other between the upper end portion of the lower attachment member and the lower end portion of the upper object attachment member. The lower mounting member is provided with a grounding portion having a first fixing portion and a vertical tubular main body portion along the vertical direction, and is provided with a roof portion covering the entire upper portion of the vertical tubular main body portion. A second vertical wall portion extending above the roof portion is provided at the upper end portion of the member, a third vertical wall portion is provided at the lower end portion of the upper other object mounting member, and the second vertical wall portion and the first vertical wall portion are provided. The three vertical wall portions are arranged so as to be on planes that intersect each other in a plan view, and the connection adjusting portion is formed between the second vertical wall portion and the third vertical wall portion. A first intermediate bolt insertion hole that can be connected via a bolt that is inserted into a third bolt insertion hole formed in the second vertical wall portion with an intermediate connecting member that can be connected to both sides via a bolt. The intermediate connecting member is provided with a second intermediate bolt insertion hole which is provided in the intermediate connecting member and can be connected via a bolt which is inserted into the fourth bolt insertion hole formed in the third vertical wall portion. At least one of the bolt insertion hole and the first intermediate bolt insertion hole is formed as a long hole in the horizontal direction, and at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed in the vertical direction. The intermediate connecting member is provided on the roof portion by providing a mounting portion for the roof portion at the lower end portion of the intermediate connecting member, and the intermediate connecting member is mounted on the roof portion. The relative position of the second fixed portion is configured so that the fixed position can be changed and adjusted in the horizontal direction.

According to the sixth characteristic configuration of the present invention, the lower mounting member is provided with a grounding portion having a first fixing portion and a vertical tubular main body portion along the vertical direction, and the vertical tubular main body portion is provided. By providing a roof portion that covers the entire upper portion and providing a second vertical wall portion that extends above the roof portion at the upper end portion of the lower mounting member, rainwater invades the inside of the vertical tubular main body portion. It is possible to easily improve the waterproofness of the base by preventing this from happening, and for the connection between the upper other object mounting member provided with the second fixing part that can fix other objects and the lower mounting member. , An intermediate connecting member that is provided with a third vertical wall portion at the lower end of the upper other object mounting member and can be connected to both of the second vertical wall portion and the third vertical wall portion via bolts. By forming the connection adjusting portion via the above, the load from the other object is transmitted from the upper object attachment member to the intermediate connection member and the lower attachment member.
Further, in the connection adjusting portion, the intermediate connecting member is provided with a first intermediate bolt insertion hole that can be connected via a bolt that is inserted into the third bolt insertion hole formed in the second vertical wall portion, and the third is provided. A second intermediate bolt insertion hole that can be connected via a bolt that is inserted into the fourth bolt insertion hole formed in the vertical wall portion is provided in the intermediate connecting member, and the third bolt insertion hole and the first intermediate bolt insertion hole are provided. At least one of the above is formed in a long hole in the lateral direction, and at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed in the long hole in the vertical direction. The relative position of the second fixed portion with respect to one fixed portion can be freely changed and adjusted in the lateral direction, and a mounting portion with respect to the roof portion is provided at the lower end portion of the intermediate connecting member so that the intermediate connecting member is attached to the roof. Since the relative position of the second fixed portion with respect to the first fixed portion can be freely changed and adjusted in the lateral direction while mounted on the portion, the load of another object is different from that of the upper other object mounting member. Not only is it transmitted through the connecting portion with the intermediate connecting member and the connecting portion between the intermediate connecting portion and the lower mounting member, but also the mounting portion of the intermediate connecting member is mounted on the roof portion so that it is dispersed to the roof portion. Is transmitted to the vertical tubular body.
That is, the number of load transmission system paths can be increased to reduce the individual load on the connecting portion and improve the durability.

The seventh characteristic configuration of the present invention is to form at least one of the third bolt insertion hole and the first intermediate bolt insertion hole into a long hole in the horizontal direction and a long hole in the vertical direction. A plurality of long holes of at least one of the long holes are arranged in a direction intersecting the longitudinal direction of the holes, and at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed. Is formed into a long hole in the vertical direction and the other is formed into a long hole in the horizontal direction, and a plurality of long holes of at least one of the long holes are arranged in a direction intersecting the longitudinal direction of the holes. The connection adjusting portion is configured by allowing the posture of the second fixing portion to be relatively adjustable with respect to the first fixing portion.

According to the seventh characteristic configuration of the present invention, as shown in FIGS. 17 (a) to 17 (b), the second fixed portion is placed in a state where at least a part of the mounting portion is mounted on the roof portion. It can be fixed at an angle relative to the first fixing portion, and the fixing posture of other objects can be freely set and adjusted.
Moreover, other objects can be fixed in an inclined posture without the toughness deformation of the member at the connecting portion between the upper other object mounting member and the intermediate connecting member or the connecting portion between the intermediate connecting portion and the lower mounting member, and the fixing work can be performed. It will be easier to do.

The eighth characteristic configuration of the present invention is to arrange a plurality of long holes of at least one of the third bolt insertion hole and the first intermediate bolt insertion hole in a direction intersecting the longitudinal direction of the holes. A plurality of long holes of at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole are arranged in a direction intersecting the longitudinal direction of the hole.

According to the eighth characteristic configuration of the present invention, a plurality of long holes of at least one of the third bolt insertion hole and the first intermediate bolt insertion hole are arranged in a direction intersecting the longitudinal direction of the holes. By arranging a plurality of long holes of at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole in a direction intersecting the longitudinal direction of the hole, the fixed posture of another object can be freely adjusted. Even if it is adjusted, a more stable fixing state can be maintained by inserting connecting bolts into each of the long holes arranged in a plurality of holes and tightening and connecting them.

It is an overall perspective view which shows the installation state. It is an exploded perspective view. It is an exploded perspective view. It is a partial exploded perspective view. It is an operation explanatory drawing of the connection adjustment mechanism. It is an operation explanatory drawing of the connection adjustment mechanism. It is an exploded perspective view of a cover member. It is a vertical cross-sectional view of line VIII-VIII of FIG. 1 showing an installation state. It is the IX-IX line vertical sectional view of FIG. 1 which shows the installation state. It is a figure which shows another embodiment of the main part. It is an overall exploded perspective view of another embodiment. It is an overall perspective view of the 2nd another embodiment. It is an exploded perspective view from diagonally above of the 2nd Embodiment. It is an exploded perspective view from diagonally below of the 2nd Embodiment. It is an exploded perspective view of the intermediate connecting member with respect to the lower mounting member of the 2nd Embodiment. It is a vertical sectional view which shows the installation state of the 2nd Embodiment. In the front view of the main part of the second embodiment, (a) shows a state before the second fixed part is tilted, and (b) shows a state where the second fixed part is tilted. It is a front view of the main part of another embodiment. It is a front view of the main part of another embodiment. It is a vertical sectional view of a conventional example.

Embodiments of the present invention will be described below with reference to the drawings.
[First Embodiment]
As shown in FIGS. 1 to 9, using one embodiment of the other fixture of the present invention (hereinafter, simply referred to as a fixing base 1), a building such as a concrete floor or a veranda on the roof (mounting base 2). An example) shows a situation in which a fixing frame of a solar panel and a member to be fixed as an example of another object 3 such as an antenna support are fixed.

In the embodiment, the fixed base 1 is installed, the other object 3 is fixed to the fixed base 1, the gradient mortar 4 is applied on the concrete floor 2, the heat insulating material 5 is laid on the slope mortar 4, and the heat insulating material 5 is laid. A state in which the waterproof sheet 6 is laid over the entire area on the material 5 is shown (FIGS. 8 and 9). Reference numeral 5A in the figure is a sheet metal heat insulating material holding plate, and even if there is a gap between the heat insulating material 5 and the vertical tubular main body 15, or there is a step between the plate-shaped heat insulating materials, the waterproof sheet 6 is used. From the upper surface portion on the base side to the vertical tubular main body portion 15, it is stable and easy to attach.
The other object 3 is fixed to the fixing base 1 with the other object fixing bolt 28 and the nut N.

The fixing base 1 is made of sheet metal.
That is, the upper support member 9 having the first fixing portion 8 fixed to the mounting base by the anchor bolts 7 and the second fixing portion 10 capable of fixing the other object 3 to be fixed on the upper side. 11 is provided, and a connecting portion 12 that can be connected to each other via bolts 13 is provided at the upper end portion of the base side support member 9 and the lower end portion of the upper support member 11.

The base side support member 9 is provided with a ground contact portion 14 provided with a first fixing portion 8 and a vertical tubular main body portion 15 along the vertical direction, and a first vertical wall portion 15A above the vertical tubular main body portion 15. A first bolt insertion hole 16 is provided in the upper support member 11 to form a connecting portion 12 to the upper support member 11, and the upper support member 11 is provided with a roof portion 17 covering the entire upper end portion of the vertical tubular main body portion 15 and more than the roof portion 17. The connecting upper and lower plate portions 18 extending downward along the vertical tubular main body portion 15 on the lower side are provided with elongated hole-shaped second bolt insertion holes 19 along the vertical direction to connect to the base side support member 9. The second vertical wall portion 20 that forms the portion 12 and transmits the load of the other object 3 fixed to the second fixing portion 10 to the upper and lower plate portions 18 for connection in the vertical direction is extended above the roof portion 17. (Figs. 2 and 3).
As shown in FIGS. 2, 3 and 8, the upper support member 11 is overlapped with the base side support member 9 on the first vertical wall portion 15A and the connecting upper and lower plate portions 18 of the vertical tubular main body portion 15. A ventilation hole 16A that communicates the outside with the inside of the vertical tubular main body 15 is provided so that the moisture of the base 2 can be released into the atmosphere.

The upper support member 11 can be freely connected to the lower member 21 having a roof portion 17, a connecting upper and lower plate portion 18 and a second vertical wall portion 20, a second fixing portion 10, and a second vertical wall portion 20. It is divided into an upper member 23 provided with a third vertical wall portion 22, and the second fixed portion 10 is relative to the first fixed portion 8 between the second vertical wall portion 20 and the third vertical wall portion 22. A connection adjustment mechanism 24 that can change and adjust the fixed position is provided at least one of the positions in the vertical direction or the lateral direction.

A bottomed square box-shaped intermediate connecting member 25 that can be connected to both of the lower member 21 and the upper member 23 via a bolt 27 is interposed and formed on the second vertical wall portion 20. A first intermediate bolt insertion hole 37 that can be connected via a bolt 27 that is inserted into the third bolt insertion hole 26 is provided in the intermediate connecting member 25, and is formed in the third vertical wall portion 22 in the fourth bolt insertion hole 38. A second intermediate bolt insertion hole 40 that can be connected via the insertion bolt 39 is provided in the intermediate connecting member 25, and at least one of the third bolt insertion hole 26 and the first intermediate bolt insertion hole 37 is provided in the lateral direction. Formed in a long hole (in this embodiment, the third bolt insertion hole 26 of the second vertical wall portion 20 is formed in a horizontally long hole, and the first intermediate bolt insertion hole 37 is formed in a square hole), and the fourth bolt insertion hole is formed. At least one of 38 and the second intermediate bolt insertion hole 40 is formed into a long hole in the vertical direction so that the vertical height can be adjusted (in this embodiment, it is provided on the third vertical wall portion 22 of the upper member 23). The fourth bolt insertion hole 38 is formed in a vertically long hole, and the second intermediate bolt insertion hole 40 is formed in a square hole) (FIG. 6), and the bottom portion formed at the lower end of the intermediate connecting member 25 is placed on the roof portion 17. With the intermediate connecting member 25 formed on the 41 and placed on the roof portion 17, the relative position of the second fixing portion 10 with respect to the first fixing portion 8 can be changed and adjusted in the lateral direction. Is configured (Fig. 5).

As shown in FIGS. 2, 3 and 4, slits D are formed at the corners between the bottom surface C and the first surface A in the mounting portion 41 of the intermediate connecting member 25, and a pair of second vertical columns are formed. When the first surface A of the intermediate connecting member 25 is arranged so as to face the second surface B inside the wall portion 20 and both are tightened and connected by the bolt 27, the first surface due to the presence of the slit D A is easily bent and deformed, and the gap between the first surface A and the second surface B disappears so that the surface A is brought into close contact with the surface so as not to slip.
Therefore, by tightening and connecting the bolts 27, the intermediate connecting member 25 and the lower member 21 can be reliably connected, and the load of another object is transmitted to the lower member.

As shown in FIGS. 3 and 10, since the second bolt insertion hole 19 and the fourth bolt insertion hole 38 are formed in a vertically elongated hole having a width slightly larger than the bolt diameter, the upper member 23. Since the height can be adjusted and the positions of 90 ° are different from each other in the plan view, the fixing base 1 can be set by tilting the upper member 23 in the XY directions which are 90 ° different in the plan view. It is configured so that the second fixing portion 10 can be kept horizontal even when it is tilted.

A sheet metal cover member 42 that covers the connecting portion 12 from the side is detachably provided on the roof portion 17 by a screw 43 (FIG. 7).

As shown in FIGS. 1, 2, 5 and 9, the second fixing portion 10 in the upper member 23 has a shaft portion insertion portion 29 through which the shaft portion of the other object fixing bolt 28 for fixing the other object 3 is inserted. The shaft portion insertion portion is formed in the shape of a dovetail groove, and the second fixing portion 10 and the other object 3 are relatively connected and fixed in the longitudinal direction of the dovetail groove-shaped shaft portion insertion portion 29 so as to be freely changeable. An uneven portion 30 is formed on the inner peripheral surface of the 29, and an engaging uneven portion 31 that can be engaged with the uneven portion 30 is provided on the washer 32 with respect to the other object fixing bolt 28, and the nut N is provided with respect to the other object fixing bolt 28. The engaging uneven portion 31 engages with the concave-convex portion 30 as the screw is screwed, so that the second fixing portion 10 and the other object 3 cannot be relatively connected and fixed in a fixed position.
The pitch of the uneven portion 30 is formed to be twice the pitch of the engaging uneven portion 31, so that the engaging uneven portion 31 can be adjusted in a relative position by 1/2 of the pitch of the uneven portion 30.
In this embodiment, the washer 32 and the other object fixing bolt 28 are provided as separate members, and the hexagonal head of the other object fixing bolt 28 is internally fitted on the lower surface side of the washer 32 to prevent rotation. The fitting recess 33 is provided, and the insertion hole 34 of the washer 32 with respect to the other object fixing bolt 28 has an elliptical cross section to allow the other object fixing bolt 28 and the washer 32 to move slightly relative to each other. It is configured to absorb assembly errors.
With this configuration, the other object 3 can be reliably positioned and fixed to the upper support member 11.
Further, the washer 32 and the other object fixing bolt 28 can be fitted into the dovetail groove-shaped shaft portion insertion portion 29 from the opening 35 at the lateral end portion of the shaft portion insertion portion 29.

[Another Embodiment]
Other embodiments will be described below.

<1> The upper end of the vertical tubular main body 15 is normally in an open state, and the roof portion 17 covers the upper end of the vertical tubular main body 15 to prevent rainwater from entering. The upper end portion may be closed by a closing member such as a lid, and the roof portion 17 may be mounted on the upper end portion.
<2> The relationship between the upper and lower plate portions 18 for connection and the second vertical wall portion 20 may be any structure as long as the load from above is transmitted to the axial force. For example, as shown in FIG. 10, the second vertical wall The structure may be such that the surfaces of the portion 20 and the upper and lower plate portions 18 for connection intersect vertically, that is, at least a part of them may overlap in a plan view, and harmful deformation of the roof portion may occur. It suffices if it is in a position where it almost overlaps without.
<3> As shown in FIG. 11, one base side support member 9 and one lower member 21 connected to the base side support member 9 by bolts 13 are provided for each first vertical wall portion 15A of the square tubular vertical tubular main body portion 15. The first bolt insertion hole 16 is provided, and the second bolt insertion hole 19 corresponding to the first bolt insertion hole 16 is provided on each side surface of the square tubular connecting upper and lower plate portions 18. Also, if at least one of the first bolt insertion hole 16 and the second bolt insertion hole 19 is a long hole in the vertical direction, the height and the slope of the roof portion 17 can be adjusted (in FIG. 11). , The second bolt insertion hole 19 is formed in a long hole in the vertical direction). Further, a cover member 42 (not shown) that covers the first bolt insertion hole 16 and the second bolt insertion hole 19 from the side is also provided in the same manner as in FIGS. 7 to 9.

[Second Embodiment]
In the second embodiment, as shown in FIGS. 12 to 16, the lower mounting member 50 provided with the first fixing portion 8 to the mounting base and the other object to be fixed on the upper side can be fixed. 2 An upper other object mounting member 51 provided with a fixing portion 10 is provided, and a connection adjusting portion 53 that can be freely connected to each other is provided between the upper end portion of the lower mounting member 50 and the lower end portion of the upper other object mounting member 51. It is provided.
The lower mounting member 50 is provided with a ground contact portion 14 having a first fixing portion 8 and a vertical tubular main body portion 15 along the vertical direction, and a roof portion 17 covering the entire upper portion of the vertical tubular main body portion 15 is provided. A second vertical wall portion 20 is provided integrally and extends above the roof portion 17 at the upper end portion of the lower mounting member 50, and a third vertical wall portion 22 is provided at the lower end portion of the upper other object mounting member 51. , The second vertical wall portion 20 and the third vertical wall portion 22 are arranged so as to be on planes intersecting each other in a plan view, and the second vertical wall portion 20 and the second vertical wall portion 20 are used to form the connection adjusting portion 53. An intermediate connecting member 25 that can be connected to both sides via a bolt is interposed between the third vertical wall portion 22 and the bolt 27 that is inserted into the third bolt insertion hole 26 formed in the second vertical wall portion 20. A first intermediate bolt insertion hole 37 that can be connected to the intermediate connecting member 25 is provided in the intermediate connecting member 25, and a second intermediate bolt that can be connected via a bolt 39 that is inserted into the fourth bolt insertion hole 38 formed in the third vertical wall portion 22. An intermediate bolt insertion hole 40 is provided in the intermediate connecting member 25, and at least one of the third bolt insertion hole 26 and the first intermediate bolt insertion hole 37 is formed in a long hole in the horizontal direction, and the fourth bolt insertion hole 38 is formed. At least one of the second intermediate bolt insertion hole 40 and the second intermediate bolt insertion hole 40 is formed in a long hole in the vertical direction, a mounting portion 41 for the roof portion 17 is provided at the lower end portion of the intermediate connecting member 25, and the intermediate connecting member 25 is roofed. The position of the second fixed portion 10 relative to the first fixed portion 8 is adjustable so that the fixed position can be changed in the horizontal direction while the second fixed portion 10 is placed on the portion 17.
In this case, as shown in FIG. 14, if the fourth bolt insertion hole 38 is made a vertically long hole, the second intermediate bolt insertion hole 40 has a diameter slightly larger than that of the bolt 39, or is horizontal. It is better to form a long hole.

Specifically, the third bolt insertion hole 26 is formed as a long hole in the horizontal direction, the first intermediate bolt insertion hole 37 is formed as a long hole in the vertical direction, and the fourth bolt insertion hole 38 is formed as a long hole in the vertical direction. At the same time, the second intermediate bolt insertion hole 40 is formed in a hole that is long in the lateral direction or a hole that is larger than the diameter of the bolt 39, and the posture of the second fixing portion 10 with respect to the first fixing portion 8 is relatively inclined. It is configured in an adjustable connection adjustment unit 53.

Further, as shown in FIGS. 17 and 18, the first bolt insertion holes 37 are provided in two rows on the left and right with respect to the third bolt insertion hole 26 composed of horizontally long holes, and the bolts 27 are inserted into each. , The fourth bolt insertion holes 38 are arranged side by side in two rows on the left and right, and the second intermediate bolt insertion holes 40 are arranged side by side on the left and right, and the bolts 39 are inserted into each of the second intermediate bolt insertion holes 40. 2 Even if the relative posture of the fixing portion 10 can be adjusted to change the inclination while a load is applied from above, the posture can be reliably fixed.
Although two second intermediate bolt insertion holes 40 are arranged side by side, one may be formed in a horizontally long hole.
Further, although the third bolt insertion hole 26 is shown as one horizontally long hole, two horizontally long holes may be arranged side by side. The length of each of the above-mentioned holes can be set freely.

The second vertical wall portion 20 is integrally extended upward from the side walls facing each other in the radial direction of the vertical tubular main body portion 15 having a quadrangular cross section, and the second vertical wall portion 20 is formed on the roof portion 17. The roof portion 17, the vertical tubular main body portion 15, and the second vertical wall portion 20 are integrally formed by being inserted through the slit 54.
In the figure, 52 is a common washer in which two insertion holes for bolts are formed, and 42 is a cover member similar to that of the first embodiment, and is configured to be attached to the roof portion 17 by a screw 43.

[Another Embodiment]
1. The relative posture of the second fixing portion 10 with respect to the first fixing portion 8 may be configured so that the posture can be fixed even if the inclination can be changed and adjusted while a load is applied from above. As shown in FIG. 18, one vertically long first intermediate bolt insertion hole 37 is formed with one horizontally long third bolt insertion hole 26, or as shown in FIG. 19, 1 With respect to the vertically long first intermediate bolt insertion holes 37, two vertically long third bolt insertion holes 26 are formed side by side, and the two bolts 27 are inserted into the first intermediate bolt insertion holes 37. It may be inserted into. The lengths of the long insertion holes 26 and 37 can be freely set.
2. Although not shown, two horizontally long third bolt insertion holes 26 may be formed with respect to the two vertically long first intermediate bolt insertion holes 37. The lengths of the long insertion holes 26 and 37 can be freely set.

8 1st fixing part 9 Base side support member 10 2nd fixing part 11 Upper support member 12 Connecting part 14 Grounding part 16 1st bolt insertion hole 17 Roof part 18 Upper and lower plate part for connection 19 2nd bolt insertion hole 20 2nd vertical Wall 21 Lower member 22 Third vertical wall 23 Upper member 24 Connection adjustment mechanism 25 Intermediate connection member 26 Third bolt insertion hole 37 First intermediate bolt insertion hole 38 Fourth bolt insertion hole 40 Second intermediate bolt insertion hole 41 Mounting part 42 Cover member 50 Lower mounting member 51 Upper other object mounting member 53 Connection adjustment part

In the present invention, a lower mounting member provided with a first fixing portion to a mounting base and an upper other object mounting member provided with a second fixing portion capable of fixing another object to be fixed on the upper side are provided. The present invention relates to an object fixture in which a connection adjusting portion that can be connected to each other is provided between an upper end portion of the lower attachment member and a lower end portion of the upper object attachment member.

Conventionally, as shown in FIG. 20, the base side support member 9 is provided with a ground contact portion 14 having a first fixing portion 8 and a vertical tubular main body portion 15 along the vertical direction, and the vertical tubular main body portion 15 is provided. A first bolt insertion hole 16 is provided in a flange portion protruding laterally at the upper portion to form a connecting portion 12 to the upper support member 11, and the upper support member 11 covers the entire upper end portion of the vertical tubular main body portion 15. A roof portion 17 was provided, and a second bolt insertion hole 19 corresponding to the first bolt insertion hole 16 was provided on the upper surface of the roof portion 17, and a bolt insertion hole for another object 3 was provided so that the other object 3 could be fixed. (See, for example, Patent Document 1).

JP-A-2009-167754

In the conventional other object fixing tool described above, since the other object bolt insertion hole for fixing the other object 3 is provided on the upper surface of the roof portion 17, a vertical tubular shape provided on the base side support member 9 is provided. Rainwater or the like easily invades the inside of the main body 15, and there is a risk that water may permeate into the base.
Further, the load of the other object 3 acts on the upper surface of the roof portion 17 through the bolt insertion hole for the other object, and further, the second bolt insertion hole 19 formed on the upper surface of the roof portion 17 and the flange portion are formed. It is transmitted to the base side support member 9 through the 1-bolt insertion hole 16.
Therefore, a bending force acts on the roof portion 17 due to the load from above, and the roof portion 17 is easily deformed. Therefore, in order to strengthen the roof portion 17 itself, it is necessary to form the roof portion 17 to be thick, and there is a problem that the weight is increased.

Therefore, an object of the present invention is to solve the above-mentioned problems and to make it possible to reduce the weight of the fixture for other objects while facilitating the improvement of the waterproofness of the base by the roof portion.

The first characteristic configuration of the present invention is an upper other object having a lower attachment member provided with a first fixing portion to the attachment base and a second fixing portion capable of fixing another object which is an upper fixing object. An object fixture that is provided with an attachment member and is provided with a connection adjusting portion that can be connected to each other between the upper end portion of the lower attachment member and the lower end portion of the upper object attachment member. The lower mounting member is provided with a grounding portion having a first fixing portion and a vertical tubular main body portion along the vertical direction, and is provided with a roof portion covering the entire upper portion of the vertical tubular main body portion. A second vertical wall portion extending above the roof portion is provided at the upper end portion of the member, a third vertical wall portion is provided at the lower end portion of the upper other object mounting member, and the second vertical wall portion and the first vertical wall portion are provided. The three vertical wall portions are arranged so as to be on planes that intersect each other in a plan view, and the connection adjusting portion is formed between the second vertical wall portion and the third vertical wall portion. A first intermediate bolt insertion hole that can be connected via a bolt that is inserted into a third bolt insertion hole formed in the second vertical wall portion with an intermediate connecting member that can be connected to both sides via a bolt. The intermediate connecting member is provided with a second intermediate bolt insertion hole which is provided in the intermediate connecting member and can be connected via a bolt which is inserted into the fourth bolt insertion hole formed in the third vertical wall portion. At least one of the bolt insertion hole and the first intermediate bolt insertion hole is formed as a long hole in the horizontal direction, and at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed in the vertical direction. The intermediate connecting member is provided on the roof portion by providing a mounting portion for the roof portion at the lower end portion of the intermediate connecting member, and the intermediate connecting member is mounted on the roof portion. The relative position of the second fixed portion is configured so that the fixed position can be changed and adjusted in the horizontal direction.

According to the first characteristic configuration of the present invention, the lower mounting member is provided with a ground contact portion having a first fixing portion and a vertical tubular main body portion along the vertical direction, and the vertical tubular main body portion is provided. By providing a roof portion that covers the entire upper portion and providing a second vertical wall portion that extends above the roof portion at the upper end portion of the lower mounting member, rainwater invades the inside of the vertical tubular main body portion. It is possible to easily improve the waterproofness of the base by preventing this from happening, and for the connection between the upper other object mounting member provided with the second fixing part that can fix other objects and the lower mounting member. , An intermediate connecting member that is provided with a third vertical wall portion at the lower end of the upper other object mounting member and can be connected to both of the second vertical wall portion and the third vertical wall portion via bolts. By forming the connection adjusting portion via the above, the load from the other object is transmitted from the upper object attachment member to the intermediate connection member and the lower attachment member.
Further, in the connection adjusting portion, the intermediate connecting member is provided with a first intermediate bolt insertion hole that can be connected via a bolt that is inserted into the third bolt insertion hole formed in the second vertical wall portion, and the third is provided. A second intermediate bolt insertion hole that can be connected via a bolt that is inserted into the fourth bolt insertion hole formed in the vertical wall portion is provided in the intermediate connecting member, and the third bolt insertion hole and the first intermediate bolt insertion hole are provided. At least one of the above is formed in a long hole in the lateral direction, and at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed in the long hole in the vertical direction. The relative position of the second fixed portion with respect to one fixed portion can be freely changed and adjusted in the lateral direction, and a mounting portion with respect to the roof portion is provided at the lower end portion of the intermediate connecting member so that the intermediate connecting member is attached to the roof. Since the relative position of the second fixed portion with respect to the first fixed portion can be freely changed and adjusted in the lateral direction while mounted on the portion, the load of another object is different from that of the upper other object mounting member. Not only is it transmitted through the connecting portion with the intermediate connecting member and the connecting portion between the intermediate connecting portion and the lower mounting member, but also the mounting portion of the intermediate connecting member is mounted on the roof portion so that it is dispersed to the roof portion. Is transmitted to the vertical tubular body.
That is, the number of load transmission system paths can be increased to reduce the individual load on the connecting portion and improve the durability.

The second characteristic configuration of the present invention is to form at least one of the third bolt insertion hole and the first intermediate bolt insertion hole into a long hole in the horizontal direction and a long hole in the vertical direction. A plurality of long holes of at least one of the long holes are arranged in a direction intersecting the longitudinal direction of the holes, and at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed. Is formed into a long hole in the vertical direction and the other is formed into a long hole in the horizontal direction, and a plurality of long holes of at least one of the long holes are arranged in a direction intersecting the longitudinal direction of the holes. The connection adjusting portion is configured by allowing the posture of the second fixing portion to be relatively adjustable with respect to the first fixing portion.

According to the second characteristic configuration of the present invention, as shown in FIGS. 17A to 17B, the second fixing portion is placed in a state where at least a part of the mounting portion is mounted on the roof portion. It can be fixed at an angle relative to the first fixing portion, and the fixing posture of other objects can be freely set and adjusted.
Moreover, other objects can be fixed in an inclined posture without the toughness deformation of the member at the connecting portion between the upper other object mounting member and the intermediate connecting member or the connecting portion between the intermediate connecting portion and the lower mounting member, and the fixing work can be performed. It will be easier to do.

The third characteristic configuration of the present invention is to arrange a plurality of long holes of at least one of the third bolt insertion hole and the first intermediate bolt insertion hole in a direction intersecting the longitudinal direction of the holes. A plurality of long holes of at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole are arranged in a direction intersecting the longitudinal direction of the hole.

According to the third characteristic configuration of the present invention, a plurality of long holes of at least one of the third bolt insertion hole and the first intermediate bolt insertion hole are arranged in a direction intersecting the longitudinal direction of the hole. By arranging a plurality of long holes of at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole in a direction intersecting the longitudinal direction of the hole, the fixed posture of another object can be freely adjusted. Even if it is adjusted, a more stable fixing state can be maintained by inserting connecting bolts into each of the long holes arranged in a plurality of holes and tightening and connecting them.

It is the whole perspective view of the reference example which shows the installation state. It is an exploded perspective view of a reference example. It is an exploded perspective view of a reference example. It is an exploded perspective view of a part of a reference example. It is an operation explanatory drawing of the connection adjustment mechanism of a reference example. It is an operation explanatory drawing of the connection adjustment mechanism of a reference example. It is an exploded perspective view of a cover member. It is a vertical sectional view of line VIII-VIII of FIG. 1 which shows the installation state of the reference example. It is IX-IX line vertical sectional view of FIG. 1 which shows the installation state of the reference example. It is a figure which shows the other embodiment of the main part of the reference example. It is an overall exploded perspective view of another embodiment. It is an overall perspective view of another embodiment of this invention. It is an exploded perspective view from diagonally above the embodiment of the present invention. It is an exploded perspective view from diagonally below the embodiment of the present invention. It is an exploded perspective view of the intermediate connecting member with respect to the lower mounting member of embodiment of this invention. It is a vertical sectional view which shows the installation state of embodiment of this invention. In the front view of the main part of the embodiment of the present invention, (a) shows a state before the second fixing part is tilted, and (b) shows a state where the second fixing part is tilted. It is a front view of the main part of another embodiment. It is a front view of the main part of another embodiment. It is a vertical sectional view of a conventional example.

[Reference example]
As shown in FIGS. 1 to 9, using one embodiment of the other fixture of the present invention (hereinafter, simply referred to as a fixing base 1), a building such as a concrete floor or a veranda on the roof (mounting base 2). An example) shows a situation in which a fixing frame of a solar panel and a member to be fixed as an example of another object 3 such as an antenna support are fixed.

In the embodiment, the fixed base 1 is installed, the other object 3 is fixed to the fixed base 1, the gradient mortar 4 is applied on the concrete floor 2, the heat insulating material 5 is laid on the slope mortar 4, and the heat insulating material 5 is laid. A state in which the waterproof sheet 6 is laid over the entire area on the material 5 is shown (FIGS. 8 and 9). Reference numeral 5A in the figure is a sheet metal heat insulating material holding plate, and even if there is a gap between the heat insulating material 5 and the vertical tubular main body 15, or there is a step between the plate-shaped heat insulating materials, the waterproof sheet 6 is used. From the upper surface portion on the base side to the vertical tubular main body portion 15, it is stable and easy to attach.
The other object 3 is fixed to the fixing base 1 with the other object fixing bolt 28 and the nut N.

The fixing base 1 is made of sheet metal.
That is, the upper support member 9 having the first fixing portion 8 fixed to the mounting base by the anchor bolts 7 and the second fixing portion 10 capable of fixing the other object 3 to be fixed on the upper side. 11 is provided, and a connecting portion 12 that can be connected to each other via bolts 13 is provided at the upper end portion of the base side support member 9 and the lower end portion of the upper support member 11.

The base side support member 9 is provided with a ground contact portion 14 provided with a first fixing portion 8 and a vertical tubular main body portion 15 along the vertical direction, and a first vertical wall portion 15A above the vertical tubular main body portion 15. A first bolt insertion hole 16 is provided in the upper support member 11 to form a connecting portion 12 to the upper support member 11, and the upper support member 11 is provided with a roof portion 17 covering the entire upper end portion of the vertical tubular main body portion 15 and more than the roof portion 17. The connecting upper and lower plate portions 18 extending downward along the vertical tubular main body portion 15 on the lower side are provided with elongated hole-shaped second bolt insertion holes 19 along the vertical direction to connect to the base side support member 9. The second vertical wall portion 20 that forms the portion 12 and transmits the load of the other object 3 fixed to the second fixing portion 10 to the upper and lower plate portions 18 for connection in the vertical direction is extended above the roof portion 17. (Figs. 2 and 3).
As shown in FIGS. 2, 3 and 8, the upper support member 11 is overlapped with the base side support member 9 on the first vertical wall portion 15A and the connecting upper and lower plate portions 18 of the vertical tubular main body portion 15. A ventilation hole 16A that communicates the outside with the inside of the vertical tubular main body 15 is provided so that the moisture of the base 2 can be released into the atmosphere.

The upper support member 11 can be freely connected to the lower member 21 having a roof portion 17, a connecting upper and lower plate portion 18 and a second vertical wall portion 20, a second fixing portion 10, and a second vertical wall portion 20. It is divided into an upper member 23 provided with a third vertical wall portion 22, and the second fixed portion 10 is relative to the first fixed portion 8 between the second vertical wall portion 20 and the third vertical wall portion 22. A connection adjustment mechanism 24 that can change and adjust the fixed position is provided at least one of the positions in the vertical direction or the lateral direction.

A bottomed square box-shaped intermediate connecting member 25 that can be connected to both of the lower member 21 and the upper member 23 via a bolt 27 is interposed and formed on the second vertical wall portion 20. A first intermediate bolt insertion hole 37 that can be connected via a bolt 27 that is inserted into the third bolt insertion hole 26 is provided in the intermediate connecting member 25, and is formed in the third vertical wall portion 22 in the fourth bolt insertion hole 38. A second intermediate bolt insertion hole 40 that can be connected via the insertion bolt 39 is provided in the intermediate connecting member 25, and at least one of the third bolt insertion hole 26 and the first intermediate bolt insertion hole 37 is provided in the lateral direction. Formed in a long hole (in this embodiment, the third bolt insertion hole 26 of the second vertical wall portion 20 is formed in a horizontally long hole, and the first intermediate bolt insertion hole 37 is formed in a square hole), and the fourth bolt insertion hole is formed. At least one of 38 and the second intermediate bolt insertion hole 40 is formed into a long hole in the vertical direction so that the vertical height can be adjusted (in this embodiment, it is provided on the third vertical wall portion 22 of the upper member 23). The fourth bolt insertion hole 38 is formed in a vertically long hole, and the second intermediate bolt insertion hole 40 is formed in a square hole) (FIG. 6), and the bottom portion formed at the lower end of the intermediate connecting member 25 is placed on the roof portion 17. With the intermediate connecting member 25 formed on the 41 and placed on the roof portion 17, the relative position of the second fixing portion 10 with respect to the first fixing portion 8 can be changed and adjusted in the lateral direction. Is configured (Fig. 5).

As shown in FIGS. 2, 3 and 4, slits D are formed at the corners between the bottom surface C and the first surface A in the mounting portion 41 of the intermediate connecting member 25, and a pair of second vertical columns are formed. When the first surface A of the intermediate connecting member 25 is arranged so as to face the second surface B inside the wall portion 20 and both are tightened and connected by the bolt 27, the first surface due to the presence of the slit D A is easily bent and deformed, and the gap between the first surface A and the second surface B disappears so that the surface A is brought into close contact with the surface so as not to slip.
Therefore, by tightening and connecting the bolts 27, the intermediate connecting member 25 and the lower member 21 can be reliably connected, and the load of another object is transmitted to the lower member.

As shown in FIGS. 3 and 10, since the second bolt insertion hole 19 and the fourth bolt insertion hole 38 are formed in a vertically elongated hole having a width slightly larger than the bolt diameter, the upper member 23. Since the height can be adjusted and the positions of 90 ° are different from each other in the plan view, the fixing base 1 can be set by tilting the upper member 23 in the XY directions which are 90 ° different in the plan view. It is configured so that the second fixing portion 10 can be kept horizontal even when it is tilted.

A sheet metal cover member 42 that covers the connecting portion 12 from the side is detachably provided on the roof portion 17 by a screw 43 (FIG. 7).

As shown in FIGS. 1, 2, 5 and 9, the second fixing portion 10 in the upper member 23 has a shaft portion insertion portion 29 through which the shaft portion of the other object fixing bolt 28 for fixing the other object 3 is inserted. The shaft portion insertion portion is formed in the shape of a dovetail groove, and the second fixing portion 10 and the other object 3 are relatively connected and fixed in the longitudinal direction of the dovetail groove-shaped shaft portion insertion portion 29 so as to be freely changeable. An uneven portion 30 is formed on the inner peripheral surface of the 29, and an engaging uneven portion 31 that can be engaged with the uneven portion 30 is provided on the washer 32 with respect to the other object fixing bolt 28, and the nut N is provided with respect to the other object fixing bolt 28. The engaging uneven portion 31 engages with the concave-convex portion 30 as the screw is screwed, so that the second fixing portion 10 and the other object 3 cannot be relatively connected and fixed in a fixed position.
The pitch of the uneven portion 30 is formed to be twice the pitch of the engaging uneven portion 31, so that the engaging uneven portion 31 can be adjusted in a relative position by 1/2 of the pitch of the uneven portion 30.
In this embodiment, the washer 32 and the other object fixing bolt 28 are provided as separate members, and the hexagonal head of the other object fixing bolt 28 is internally fitted on the lower surface side of the washer 32 to prevent rotation. The fitting recess 33 is provided, and the insertion hole 34 of the washer 32 with respect to the other object fixing bolt 28 has an elliptical cross section to allow the other object fixing bolt 28 and the washer 32 to move slightly relative to each other. It is configured to absorb assembly errors.
With this configuration, the other object 3 can be reliably positioned and fixed to the upper support member 11.
Further, the washer 32 and the other object fixing bolt 28 can be fitted into the dovetail groove-shaped shaft portion insertion portion 29 from the opening 35 at the lateral end portion of the shaft portion insertion portion 29.

[Another Embodiment of Reference Example]
Other embodiments will be described below.

<1> The upper end of the vertical tubular main body 15 is normally in an open state, and the roof portion 17 covers the upper end of the vertical tubular main body 15 to prevent rainwater from entering. The upper end portion may be closed by a closing member such as a lid, and the roof portion 17 may be mounted on the upper end portion.
<2> The relationship between the upper and lower plate portions 18 for connection and the second vertical wall portion 20 may be any structure as long as the load from above is transmitted to the axial force. For example, as shown in FIG. 10, the second vertical wall The structure may be such that the surfaces of the portion 20 and the upper and lower plate portions 18 for connection intersect vertically, that is, at least a part of them may overlap in a plan view, and harmful deformation of the roof portion may occur. It suffices if it is in a position where it almost overlaps without.
<3> As shown in FIG. 11, one base side support member 9 and one lower member 21 connected to the base side support member 9 by bolts 13 are provided for each first vertical wall portion 15A of the square tubular vertical tubular main body portion 15. The first bolt insertion hole 16 is provided, and the second bolt insertion hole 19 corresponding to the first bolt insertion hole 16 is provided on each side surface of the square tubular connecting upper and lower plate portions 18. Also, if at least one of the first bolt insertion hole 16 and the second bolt insertion hole 19 is a long hole in the vertical direction, the height and the slope of the roof portion 17 can be adjusted (in FIG. 11). , The second bolt insertion hole 19 is formed in a long hole in the vertical direction). Further, a cover member 42 (not shown) that covers the first bolt insertion hole 16 and the second bolt insertion hole 19 from the side is also provided in the same manner as in FIGS. 7 to 9.

[Embodiment of the present invention]
As shown in FIGS. 12 to 16, a lower mounting member 50 having a first fixing portion 8 to a mounting base and a second fixing portion 10 capable of fixing another object to be fixed on the upper side are provided. An upper other object mounting member 51 is provided, and a connection adjusting portion 53 that can be connected to each other is provided between the upper end portion of the lower mounting member 50 and the lower end portion of the upper other object mounting member 51.
The lower mounting member 50 is provided with a ground contact portion 14 having a first fixing portion 8 and a vertical tubular main body portion 15 along the vertical direction, and a roof portion 17 covering the entire upper portion of the vertical tubular main body portion 15 is provided. A second vertical wall portion 20 is provided integrally and extends above the roof portion 17 at the upper end portion of the lower mounting member 50, and a third vertical wall portion 22 is provided at the lower end portion of the upper other object mounting member 51. , The second vertical wall portion 20 and the third vertical wall portion 22 are arranged so as to be on planes intersecting each other in a plan view, and the second vertical wall portion 20 and the second vertical wall portion 20 are used to form the connection adjusting portion 53. An intermediate connecting member 25 that can be connected to both sides via a bolt is interposed between the third vertical wall portion 22 and the bolt 27 that is inserted into the third bolt insertion hole 26 formed in the second vertical wall portion 20. A first intermediate bolt insertion hole 37 that can be connected to the intermediate connecting member 25 is provided in the intermediate connecting member 25, and a second intermediate bolt that can be connected via a bolt 39 that is inserted into the fourth bolt insertion hole 38 formed in the third vertical wall portion 22. An intermediate bolt insertion hole 40 is provided in the intermediate connecting member 25, and at least one of the third bolt insertion hole 26 and the first intermediate bolt insertion hole 37 is formed in a long hole in the horizontal direction, and the fourth bolt insertion hole 38 is formed. At least one of the second intermediate bolt insertion hole 40 and the second intermediate bolt insertion hole 40 is formed in a long hole in the vertical direction, a mounting portion 41 for the roof portion 17 is provided at the lower end portion of the intermediate connecting member 25, and the intermediate connecting member 25 is roofed. The position of the second fixed portion 10 relative to the first fixed portion 8 is adjustable so that the fixed position can be changed in the horizontal direction while the second fixed portion 10 is placed on the portion 17.
In this case, as shown in FIG. 14, if the fourth bolt insertion hole 38 is made a vertically long hole, the second intermediate bolt insertion hole 40 has a diameter slightly larger than that of the bolt 39, or is horizontal. It is better to form a long hole.

Specifically, the third bolt insertion hole 26 is formed as a long hole in the horizontal direction, the first intermediate bolt insertion hole 37 is formed as a long hole in the vertical direction, and the fourth bolt insertion hole 38 is formed as a long hole in the vertical direction. At the same time, the second intermediate bolt insertion hole 40 is formed in a hole that is long in the lateral direction or a hole that is larger than the diameter of the bolt 39, and the posture of the second fixing portion 10 with respect to the first fixing portion 8 is relatively inclined. It is configured in an adjustable connection adjustment unit 53.

Further, as shown in FIGS. 17 and 18, the first bolt insertion holes 37 are provided in two rows on the left and right with respect to the third bolt insertion hole 26 composed of horizontally long holes, and the bolts 27 are inserted into each. , The fourth bolt insertion holes 38 are arranged side by side in two rows on the left and right, and the second intermediate bolt insertion holes 40 are arranged side by side on the left and right, and the bolts 39 are inserted into each of the second intermediate bolt insertion holes 40. 2 Even if the relative posture of the fixing portion 10 can be adjusted to change the inclination while a load is applied from above, the posture can be reliably fixed.
Although two second intermediate bolt insertion holes 40 are arranged side by side, one may be formed in a horizontally long hole.
Further, although the third bolt insertion hole 26 is shown as one horizontally long hole, two horizontally long holes may be arranged side by side. The length of each of the above-mentioned holes can be set freely.

The second vertical wall portion 20 is integrally extended upward from the side walls facing each other in the radial direction of the vertical tubular main body portion 15 having a quadrangular cross section, and the second vertical wall portion 20 is formed on the roof portion 17. The roof portion 17, the vertical tubular main body portion 15, and the second vertical wall portion 20 are integrally formed by being inserted through the slit 54.
In the figure, 52 is a common washer in which two insertion holes for bolts are formed, and 42 is a cover member similar to that of the first embodiment, and is configured to be attached to the roof portion 17 by a screw 43.

[Another Embodiment]
1. The relative posture of the second fixing portion 10 with respect to the first fixing portion 8 may be configured so that the posture can be fixed even if the inclination can be changed and adjusted while a load is applied from above. As shown in FIG. 18, one vertically long first intermediate bolt insertion hole 37 is formed with one horizontally long third bolt insertion hole 26, or as shown in FIG. 19, 1 With respect to the vertically long first intermediate bolt insertion holes 37, two vertically long third bolt insertion holes 26 are formed side by side, and the two bolts 27 are inserted into the first intermediate bolt insertion holes 37. It may be inserted into. The lengths of the long insertion holes 26 and 37 can be freely set.
2. Although not shown, two horizontally long third bolt insertion holes 26 may be formed with respect to the two vertically long first intermediate bolt insertion holes 37. The lengths of the long insertion holes 26 and 37 can be freely set.

8 1st fixing part 9 Base side support member 10 2nd fixing part 11 Upper support member 12 Connecting part 14 Grounding part 16 1st bolt insertion hole 17 Roof part 18 Upper and lower plate part for connection 19 2nd bolt insertion hole 20 2nd vertical Wall 21 Lower member 22 Third vertical wall 23 Upper member 24 Connection adjustment mechanism 25 Intermediate connection member 26 Third bolt insertion hole 37 First intermediate bolt insertion hole 38 Fourth bolt insertion hole 40 Second intermediate bolt insertion hole 41 Mounting part 42 Cover member 50 Lower mounting member 51 Upper other object mounting member 53 Connection adjustment part

Claims (8)

A base side support member provided with a first fixing part to the mounting base,
An upper support member provided with a second fixing portion capable of fixing another object which is an upper fixing object is provided.
An object fixing tool in which an upper end portion of the base side support member and a lower end portion of the upper support member are provided with connecting portions that can be connected to each other via bolts.
The base side support member is provided with a ground contact portion having a first fixing portion and a vertical tubular main body portion along the vertical direction.
A first bolt insertion hole is provided in the first vertical wall portion above the vertical tubular main body portion to form the connecting portion to the upper support member.
The upper support member is provided with a roof portion that covers the entire upper end portion of the vertical tubular main body portion.
A second bolt insertion hole is provided in a connecting upper and lower plate portion extending downward along the vertical tubular main body portion below the roof portion to form the connecting portion with respect to the base side support member.
An other object fixing tool having a second vertical wall portion extending above the roof portion to transmit an axial force to the lower connecting upper and lower plate portions to transfer a load of another object to be fixed to the second fixing portion. The other fixing tool according to claim 1, wherein the upper and lower plate portions for connection and the second vertical wall portion are arranged at overlapping positions in a plan view. The upper support member
A lower member provided with the roof portion, the upper and lower plate portions for connection, and the second vertical wall portion, and
It is divided into an upper member having the second fixing portion and a third vertical wall portion that can be connected to the second vertical wall portion.
A connection adjustment mechanism that allows the relative position of the second fixed portion with respect to the first fixed portion to be fixed in at least one of the vertical and horizontal directions between the second vertical wall portion and the third vertical wall portion. The other fixture according to claim 1 or 2 provided with the above. An intermediate connecting member that can be connected to both of the lower member and the upper member via bolts is interposed.
The intermediate connecting member is provided with a first intermediate bolt insertion hole that can be connected via a bolt that is inserted into the third bolt insertion hole formed in the second vertical wall portion.
The intermediate connecting member is provided with a second intermediate bolt insertion hole that can be connected via a bolt that is inserted into the fourth bolt insertion hole formed in the third vertical wall portion.
At least one of the third bolt insertion hole and the first intermediate bolt insertion hole is formed into a long hole in the lateral direction.
At least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed into a long hole in the vertical direction.
A mounting portion for the roof portion is provided at the lower end portion of the intermediate connecting member, and the position of the second fixing portion relative to the first fixing portion in a state where the intermediate connecting member is mounted on the roof portion. The other fixture according to claim 3, wherein the connection adjustment mechanism is configured so as to be able to change and adjust the fixed position in the lateral direction. The other fixture according to any one of claims 1 to 4, wherein a cover member that covers the connecting portion from the side is detachably provided on the roof portion. A lower mounting member with a first fixing part to the mounting base,
An upper object mounting member provided with a second fixing portion capable of fixing another object which is an upper object to be fixed is provided.
An object fixture in which a connection adjusting portion that can be connected to each other is provided between the upper end portion of the lower mounting member and the lower end portion of the upper object mounting member.
The lower mounting member is provided with a grounding portion provided with a first fixing portion, a vertical tubular main body portion along the vertical direction, and a roof portion covering the entire upper portion of the vertical tubular main body portion.
A second vertical wall portion extending above the roof portion is provided at the upper end portion of the lower mounting member.
A third vertical wall portion is provided at the lower end portion of the upper other object mounting member.
The second vertical wall portion and the third vertical wall portion are arranged so as to be on planes that intersect each other in a plan view.
An intermediate connecting member that can be connected to both of the second vertical wall portion and the third vertical wall portion via a bolt is interposed between the second vertical wall portion and the third vertical wall portion to form the connection adjusting portion.
The intermediate connecting member is provided with a first intermediate bolt insertion hole that can be connected via a bolt that is inserted into the third bolt insertion hole formed in the second vertical wall portion.
The intermediate connecting member is provided with a second intermediate bolt insertion hole that can be connected via a bolt that is inserted into the fourth bolt insertion hole formed in the third vertical wall portion.
At least one of the third bolt insertion hole and the first intermediate bolt insertion hole is formed into a long hole in the lateral direction.
At least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed into a long hole in the vertical direction.
A mounting portion for the roof portion is provided at the lower end portion of the intermediate connecting member, and the position of the second fixing portion relative to the first fixing portion in a state where the intermediate connecting member is mounted on the roof portion. The fixed position can be changed in the horizontal direction. At least one of the third bolt insertion hole and the first intermediate bolt insertion hole is formed in a long hole in the horizontal direction, and the other is formed in a long hole in the vertical direction, and at least one of the long holes is formed. A plurality of long holes are arranged in a direction intersecting the longitudinal direction of the holes.
At least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole is formed into a long hole in the vertical direction, and the other is formed into a long hole in the horizontal direction.
A plurality of long holes of at least one of the long holes are arranged in a direction intersecting the longitudinal direction of the holes, so that the posture of the second fixing portion with respect to the first fixing portion can be relatively tilted and adjusted. The other-object fixing tool according to claim 6, which constitutes the connection adjusting unit. A plurality of long holes of at least one of the third bolt insertion hole and the first intermediate bolt insertion hole are arranged in a direction intersecting the longitudinal direction of the hole.
The other fixture according to claim 7, wherein a plurality of long holes of at least one of the fourth bolt insertion hole and the second intermediate bolt insertion hole are arranged in a direction intersecting the longitudinal direction of the hole.

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