JP7454478B2 - Fixed body and how to install the fixed body - Google Patents

Description

The present invention relates to a fixed body and a method for installing the fixed body.

Conventionally, a fixed body described in Patent Document 1 has been known.
The above-mentioned fixed body has a floor surface as a fixed surface, and a horizontal support plate and a vertically movable plate respectively extending along a vertical surface of the installation body. The floor surface and the vertical surface are arranged to intersect. The horizontal support plate is fixed to the floor by first adhesive means, and the vertically movable plate is fixed to the vertical surface by second adhesive means. The first adhesive means and the second adhesive means are, for example, gel-like ultra-soft urethane having adhesive properties.

Patent No. 5734731

However, when fixing the installed body with a fixed body, while adjusting the position of the horizontal support plate with respect to the floor surface and the position of the vertically movable plate with respect to the intersecting plane, the first adhesive means and the second adhesive means are attached to the surface to be fixed. It is difficult to fix the fixed body to the fixed surface because it needs to be joined to the fixed surface.

An object of the present invention is to provide a fixing body whose position to be fixed to a fixed surface can be easily adjusted.

A fixing body that solves the above problem has a main body that has a reference surface that is addressed to a surface to be fixed, a separate body that is provided to face the surface to be fixed, and is joined by abutting against the surface to be fixed. and a fixing part provided on the separate body, the fixing part causing the main body and the separate body to be attached to the fixed surface when the main body and the separate body are assembled. The fixed body is fixed, and the separate body has a facing portion of the joint portion facing the fixed surface located at a position further back from the reference plane facing the fixed surface. The object of the present invention is to be able to be arranged in a first position and a second position where the facing part is located closer to the fixed surface than the reference surface and the facing part is joined to the fixed surface. .

The fixed body described above may include a maintenance structure that maintains the separate body at the first position.
The above-mentioned fixing body includes a screwing member having a threaded portion that is screwed into a screwing portion provided on the main body, and the screwing member is configured to screw in the direction toward the fixed surface. It is preferable to release the maintenance state of the separate body at the first position by the maintenance structure.

In the above fixed body, it is preferable that the screwing member is capable of being screwed until the joint portion provided on the separate body is pressed against the fixed surface.
In the above fixed body, the separate body is provided with a locked portion extending in a direction away from the fixed surface, and the screw member is provided with the locked portion for inserting the locked portion. It is preferable that an insertion space opened toward the fixed surface is formed, and the screwing member has a locking part that locks with the locked part.

In the above fixed body, when the locked part is a first locked part, the tip of the first locked part is locked to the main body when inserted into the insertion space. It is preferable that a second locked portion is provided.

In the above fixed body, the main body may include a fixing portion fixed to an intersecting surface arranged to intersect with the fixed surface.
A method for installing a fixed body that solves the above problem is the above-mentioned method for installing a fixed body, in which after the reference surface is applied to the fixed surface with the separate body in the first position, The gist is that the opposing portion is joined to the fixed surface by arranging the separate body at the second position.

A method for installing a fixed body that solves the above problem is the above-mentioned method for installing a fixed body, in which the reference surface is directed to the fixed surface while the separate body is in the first position, and the fixed body is fixed to the fixed body. part facing the intersecting surface, moving the main body while aligning the reference surface with the fixed surface until the fixed part abuts the intersecting surface, and fixing the main body to the intersecting surface with the fixed part. The gist of the present invention is to arrange the separate body at the second position and join the opposing portion to the fixed surface.

In the fixing body installation method described above, the fixing portion is provided with an adhesive mat that is compressively deformable in the plate thickness direction and is adhered to the intersecting surface, and the main body is moved so that the adhesive mat is compressively deformed. It is preferable that the separate body is placed in the second position while being pressed toward the intersecting plane, and the opposing part is joined to the fixed surface.

According to this invention, the position to be fixed to the surface to be fixed can be easily adjusted.

FIG. 2 is a perspective view of the fixed body of the first embodiment. FIG. 1 is a perspective view showing the main body of the first embodiment. FIG. 1 is a perspective view showing the main body of the first embodiment. FIG. 1 is a perspective view showing the main body of the first embodiment. FIG. 3 is a perspective view showing a separate body of the first embodiment. FIG. 3 is a perspective view showing a separate body of the first embodiment. FIG. 2 is a perspective view showing a screwing member of the first embodiment. FIG. 3 is a perspective view of the main body and the separate body assembled together in the first embodiment. FIG. 3 is a side view showing the first embodiment before the screwing member is attached. FIG. 3 is a side view showing the state of the main body, separate body, and screw member after assembly in the first embodiment. FIG. 3 is a sectional view showing a fixed state of the fixed body of the first embodiment. FIG. 3 is a sectional view showing a fixed state of the fixed body of the first embodiment. FIG. 3 is a sectional view showing a fixed state of the fixed body of the first embodiment. FIG. 7 is a side view showing the fixed body of the second embodiment. FIG. 7 is a sectional view showing a fixed body of a modified example. FIG. 7 is a sectional view showing a fixed body of a modified example. FIG. 7 is a sectional view showing a fixed body of a modified example. FIG. 7 is a sectional view showing a fixed body of a modified example.

An embodiment of the fixed body will be described below with reference to FIGS. 1 to 13.
As shown in FIG. 1, the fixed body 1 includes a main body 10, a pressed body 20 that is separate from the main body 10, and a screw member 30.

As shown in FIG. 2, the main body 10 has a first base 11 and a second base 12. The first base 11 has a rectangular plate shape. The second base 12 has a rectangular plate shape. The second base 12 has a first surface 12a on one side in the thickness direction and a second surface 12b that is a flat surface on the other side. In the lateral direction of the second base 12, the main body 10 is L-shaped in a side view of the main body 10. The first base 11 forms one arm of the L-shaped main body 10. The second base 12 forms the other arm of the L-shaped main body 10. The first base 11 and the second base 12 are integrally connected.

As shown in FIGS. 2 and 3, the first base portion 11 is provided with a base portion 13, an extension plate portion 14, and a first extension portion 15.
The base portion 13 has a block shape. The base portion 13 has a first surface 13a on one side in the thickness direction, and a second surface 13b which is a flat surface on the other side. In a side view of the main body 10, the base portion 13 and the second base portion 12 are integrally connected to form an L-shape. The second base portion 12 protrudes from the first surface 13a of the base portion 13. The first surface 13a of the base portion 13 and the first surface 12a of the second base portion 12 are smoothly continuous. The second surface 13b of the base portion 13 and the second surface 12b of the second base portion 12 are orthogonal to each other. Based on the boundary between the second surface 13b of the base section 13 and the second surface 12b of the second base section 12, the length from the reference point to the tip of the second base section 12 is the distance from the reference point to the tip of the second base section 13. longer than the length up to.

The extended plate portion 14 has a rectangular plate shape. The extended plate portion 14 has a first surface 14a that is a flat surface on one side in the thickness direction, and a second surface 14b that is a flat surface on the other side. The first surface 14a and the second surface 14b are parallel. The extending plate portion 14 is integrally connected to the base portion 13. The first surface 14a of the extended plate portion 14 is smoothly continuous with the first surface 13a of the base portion 13. The first surface 14a of the extension plate part 14 extends so as to form a flat surface together with the first surface 13a of the base part 13. The extending plate portion 14 is arranged near the first surface 13a at the tip of the base portion 13. Note that the distal end of the extending plate portion 14 is the distal end of the first base portion 11.

As shown in FIG. 2, the first extending portion 15 has a semi-cylindrical shape. The first extending portion 15 protrudes from the first surface 14a of the extending plate portion 14. The first extending portion 15 is provided near the tip of the extending plate portion 14 . The first extending portion 15 is curved to open toward the tip of the extending plate portion 14 .

The first extending portion 15 has a circular arc portion 16 that curves into an arc shape, and a pair of step portions 17 provided at the tip of the circular arc portion 16 in the direction in which the arc extends. The pair of step portions 17 are located close to the tip of the extending plate portion 14 on the first surface 14a of the extending plate portion 14. The height of the pair of stepped portions 17 from the first surface 14a is lower than the height of the circular arc portion 16 from the first surface 14a. A stepped surface is formed by the distal end surface 16a of the circular arc portion 16 and the top surface 17a of the stepped portion 17. A male thread groove 16b is provided on the outer surface of the arc portion 16 forming an arc.

A cutout portion 14c is provided in a portion of the extension plate portion 14 located inside the first extension portion 15. The cutout portion 14c passes through the extended plate portion 14 in the thickness direction. The cutout portion 14c has a semicircular arc shape along the arcuate inner surface of the first extension portion 15. The cutout portion 14c is smoothly continuous with the arcuate inner surface of the first extension portion 15. The notch portion 14c opens at the tip of the extending plate portion 14 together with the first extending portion 15.

As shown in FIG. 3, a pair of fitting grooves 14d are provided on the second surface 14b of the extension plate portion 14. The pair of fitting grooves 14d are rectangular grooves whose longitudinal direction is a direction from the base portion 13 toward the tip of the extending plate portion 14. The pair of fitting grooves 14d are open at the distal end of the extending plate portion 14.

As shown in FIG. 4, the second surface 12b of the second base 12 is provided with a rectangular groove 12d. The longitudinal direction of the rectangular groove 12d coincides with the longitudinal direction of the second base 12. The lateral direction of the rectangular groove 12d coincides with the lateral direction of the second base.

The main body 10 includes an adhesive mat 42. An adhesive mat 42 is attached to the bottom surface 12e of the rectangular groove 12d. The adhesive mat 42 has adhesive surfaces on both sides. The adhesive mat 42 is made of a flexible material that can be compressed and deformed in the thickness direction. The bottom surface 12e is an adhesive mat attachment surface to which the adhesive mat 42 is attached. The bottom surface 12e has a larger area than the adhesive mat 42.

As shown in FIG. 11, the thickness of the adhesive mat 42 is greater than the depth of the rectangular groove 12d. Therefore, one adhesive surface of the adhesive mat 42 is arranged at a position that projects more than the second surface 12b of the second base 12.

As shown in FIG. 5 , the pressed body 20 includes a base plate portion 21 , a bulging protrusion 22 , a second extending portion 23 , and a pair of fitting portions 24 .
The substrate portion 21 has a rectangular plate shape. The bulging protrusion 22 has a block shape. The bulging protrusion 22 is arranged adjacent to the first long edge of the base plate 21 . The base plate portion 21 and the bulging protrusion 22 are integrally connected. The bulging protrusion 22 protrudes beyond the first surface 21a of the substrate section 21 in the thickness direction of the substrate section 21.

The second extending portion 23 has a semi-cylindrical shape. The second extending portion 23 protrudes from the top surface 22a of the bulging protrusion 22, which is located at a higher position than the first surface 21a of the substrate portion 21. The second extending portion 23 is curved to open toward the substrate portion 21 . The second extending portion 23 has a circular arc portion 25 that curves into an arc shape, and a pair of projecting portions 26 provided at the tips of the circular arc portion 25 in the direction in which the arc extends. The arc portion 25 is provided on the top surface 22a of the bulging protrusion 22. The pair of projecting portions 26 protrude from the tip of the arcuate portion 25 so as to face the first surface 21a of the substrate portion 21 with a gap therebetween. The tip surfaces 26a of the pair of projecting portions 26 are flat surfaces.

A notch 22b is provided in a portion of the bulging protrusion 22 located inside the circular arc portion 25. The notch 22b has a shape in which the bulging protrusion 22 is cut out in the thickness direction of the bulging protrusion 22 at a position facing the base plate 21. The cutout portion 22b has an arc shape along the inner surface of the arc portion 25, which forms an arc. The cutout portion 22b is smoothly continuous with the inner surface of the arcuate portion 25 forming an arc. The notch portion 22b opens toward the base plate portion 21 together with the second extending portion 23.

The pair of fitting parts 24 protrude from the first surface 21a of the substrate part 21. The pair of fitting parts 24 are arranged near both short edges of the substrate part 21. The pair of fitting portions 24 are provided near the boundary between the substrate portion 21 and the bulging protrusion 22 . The pair of bulging protrusions 22 has a block shape whose longitudinal direction is a direction from the bulging protrusions 22 toward the second long edge of the substrate portion 21 . The pair of fitting portions 24 extend to an extent that does not reach the second long edge of the substrate portion 21 . A pair of fitting parts 24 are provided on both sides of the notch part 22b. The pair of fitting portions 24 are provided so as not to overlap the pair of overhang portions 26 in the thickness direction of the substrate portion 21 . The pair of fitting portions 24 are provided at positions corresponding to the pair of fitting grooves 14d described above. The pair of fitting portions 24 have a shape that follows the pair of fitting grooves 14d. The pair of fitting portions 24 are slightly larger than the pair of fitting grooves 14d.

As shown in FIG. 6, a flat end surface 22c is provided on the side opposite to the first surface 21a and the top surface 22a of the pressed body 20. The end surface 22c has a rectangular shape. The pressed body 20 has a frame portion 28 protruding from the outer edge of the end surface 22c. The frame portion 28 protrudes from the outer edge of the end surface 22c excluding the edge facing the second long edge of the substrate portion 21. The frame portion 28 is U-shaped and opens toward the second long edge of the substrate portion 21 . A housing groove 27 is formed in the pressed body 20 by being surrounded by the end surface 22c and the frame portion 28. The accommodation groove 27 is open toward the tip of the frame portion 28 and the second long edge of the substrate portion 21 .

The fixed body 1 includes an adhesive mat 41. The adhesive mat 41 is provided on the pressed body 20 . An adhesive mat 41 is attached to the end surface 22c of the accommodation groove 27. The adhesive mat 41 has adhesive surfaces on both sides. The adhesive mat 41 is made of a flexible material that can be compressed and deformed in the thickness direction. The end surface 22c is an adhesive mat attachment surface to which the adhesive mat 41 is attached. The end surface 22c has a larger area than the adhesive mat 41.

As shown in FIG. 11, the thickness of the adhesive mat 41 is greater than the depth of the accommodation groove 27. That is, the thickness of the adhesive mat 41 is greater than the height of the frame portion 28. Therefore, one adhesive surface of the adhesive mat 41 is arranged at a position that protrudes beyond the tip of the frame portion 28 of the housing groove 27. Therefore, the frame portion 28 is a protruding portion that is arranged to surround the adhesive mat 41 and protrudes from the end surface 22c to be smaller than the thickness of the adhesive mat 41.

As shown in FIG. 7, the screw member 30 includes a disk-shaped bottom wall 31, a cylindrical peripheral wall 32 extending from the outer edge of the bottom wall 31, and a shaft-shaped pressing portion 33.
A female thread groove 32a is provided on the inner surface of the peripheral wall 32. A plurality of long grooves 32b are provided on the outer peripheral surface of the peripheral wall 32. The plurality of long grooves 32b are arranged at predetermined intervals in the circumferential direction of the peripheral wall 32. The long groove 32b extends along the entire length of the peripheral wall 32 in the direction in which the peripheral wall 32 extends from the bottom wall 31.

The pressing portion 33 protrudes from the inner bottom surface of the bottom wall 31. The pressing portion 33 protrudes from the bottom wall 31 in the same direction as the peripheral wall 32 protrudes. The axis of the pressing portion 33 and the axis of the peripheral wall 32 are aligned. The height of the pressing portion 33 from the bottom wall 31 is greater than the height of the peripheral wall 32 from the bottom wall 31. The tip of the pressing portion 33 projects further outward than the tip of the peripheral wall 32 . By providing the pressing portion 33, an insertion space P1 is formed in the screw member 30, which is surrounded by the inner bottom surface of the bottom wall 31, the inner surface of the peripheral wall 32, and the outer peripheral surface of the pressing portion 33. The insertion space P1 has an annular shape centered on the axis of the pressing portion 33. The insertion space P1 is a space into which the first extension part 15 and the second extension part 23 are inserted.

Next, assembly of the fixed body 1 alone will be explained.
As shown in FIG. 8, the main body 10 and the pressed body 20 are assembled by press-fitting the pair of fitting portions 24 provided on the pressed body 20 into the pair of fitting grooves 14d provided on the main body 10. .

When the main body 10 and the pressed body 20 are temporarily assembled using the fitting groove 14d and the fitting part 24, the first surface 21a of the base plate part 21 can come into contact with the second surface 14b of the extending plate part 14. be. The second long edge of the substrate section 21 can come into contact with the base section 13 . The distal end of the extending plate portion 14 can come into contact with the bulging protrusion 22 . That is, the pressed body 20 is arranged adjacent to the tip of the extended plate portion 14 .

As shown in FIG. 9, when the main body 10 and the pressed body 20 are temporarily assembled using the fitting groove 14d and the fitting part 24, the distal end surface 16a of the circular arc portion 16 and the distal end surface of the pair of projecting portions 26 26a are in contact with each other. The tip surfaces 26a of each of the pair of overhanging portions 26 abut on the upper tip surface 16a of the circular arc portion 16, and the tip surface 16a of the circular arc portion 16 abuts on the lower side of the tip surface 26a of each of the pair of overhang portions 26. come into contact with In the thickness direction of the extended plate portion 14 and the base plate portion 21, the pair of overhang portions 26 and the pair of step portions 17 face each other with an interval therebetween. That is, an allowable space P2 is formed between the stepped portion 17 and the overhang portion 26.

As shown in FIG. 8, when the main body 10 and the pressed body 20 are temporarily assembled using the fitting groove 14d and the fitting part 24, the first extending part 15 and the second extending part 23 are assembled together. A cylindrical hole H is formed by this. The cylindrical hole H is formed by smooth continuity between the arcuate inner surface of the first extending portion 15 and the arcuate inner surface of the second elongated portion 23 . The inner diameter of the cylindrical hole H is set to such an extent that the pressing portion 33 of the screwing member 30 is inserted.

As shown in FIG. 9, the screwing member 30 is attached in a state where the main body 10 and the pressed body 20 are temporarily assembled using the fitting groove 14d and the fitting part 24. The screwing member 30 is attached so that the first extending portion 15 and the second extending portion 23 are inserted into the insertion space P1, and the pressing portion 33 is inserted into the cylindrical hole H. The screw member 30 can be screwed forward and backward by screwing the male thread groove 16b into the female thread groove 32a of the peripheral wall 32.

When the main body 10 and the pressed body 20 are temporarily assembled using the fitting groove 14d and the fitting part 24, the pressed body 20 is such that the adhesive surface of the adhesive mat 41 that protrudes beyond the frame part 28 is attached to the base part. 13 at a first position that is further away from the second surface 13b. That is, the pair of fitting grooves 14d and the pair of fitting parts 24 are a maintenance structure that maintains the pressed body 20 at the first position. Note that when the fitting portion 24 is fitted into the fitting groove 14d, the first surface 21a of the base plate portion 21 does not need to be in contact with the second surface 14b of the extending plate portion 14. Furthermore, when the fitting portion 24 is fitted into the fitting groove 14d, the second long edge of the substrate portion 21 does not need to be in contact with the base portion 13. When the fitting part 24 is fitted into the fitting groove 14d, the tip of the extending plate part 14 does not need to be in contact with the bulging protrusion 22.

As shown in FIGS. 9 and 10, as the screwing member 30 screws forward, the tip of the peripheral wall 32 of the screwing member 30 comes into contact with the top surface 22a of the bulging protrusion 22. When the screwing member 30 is screwed further, the tip of the peripheral wall 32 presses the top surface 22a of the bulging protrusion 22 in the screwing direction of the screwing member 30, so that the pressed body 20 is pushed against the main body 10. Moving.

At the same time that the tip of the peripheral wall 32 of the screwing member 30 comes into contact with the top surface 22a of the bulging protrusion 22, the pressing part 33 of the screwing member 30 comes into contact with the first surface 21a of the base plate part 21. When the screwing member 30 is screwed further, the peripheral wall 32 of the screwing member 30 presses the top surface 22a, and the pressing part 33 presses the first surface 21a of the base plate part 21 in the direction in which the screwing member 30 is screwed. . At this time, the pair of fitting parts 24 are disengaged from the pair of fitting grooves 14d, and the temporary assembly between the main body 10 and the pressed body 20 by the fitting grooves 14d and the fitting parts 24 is released. The more the screwing member 30 is screwed, the closer the pair of projecting portions 26 of the second extending portion 23 are to the pair of stepped portions 17 of the first extending portion 15 .

In a state in which the distal end of the peripheral wall 32 of the screwing member 30 is in contact with the first surface 14a of the extension plate portion 14 and the first surface 13a of the base portion 13, the screwing member 30 is restricted from spiraling. In addition, the pair of projecting portions 26 are engaged with the pair of stepped portions 17, thereby restricting the screwing member 30 from sliding forward. At this time, the pressed body 20 is placed at a second position where the adhesive surface of the adhesive mat 41 that protrudes beyond the frame portion 28 protrudes from the second surface 13b of the base portion 13.

Next, a fixing structure for fixing the installation body 100 installed on the floor surface S1 to the floor surface S1 by the fixed body 1 will be explained based on the method of installing the fixed body 1. The installation body 100 in this embodiment is, for example, a device such as a shelf or a refrigerator installed on the floor surface S1. The installation body 100 has a plurality of side surfaces arranged to intersect with the floor surface S1. One of the plurality of side surfaces is defined as an intersecting surface S2. Note that the floor surface S1 is an example of a fixed surface.

As shown in FIG. 11, in the method of installing the fixed body 1, first, the second surface 13b of the base part 13 is placed on the floor surface S1 with the pressed body 20 in the first position with respect to the main body 10. At the same time, the adhesive mat 42 is made to face the intersecting surface S2. The pressed body 20 is provided so as to face the floor surface S1. The pressed body 20 is arranged so that the opposing portion 41a of the adhesive mat 41 facing the floor surface S1 is at a first position that is further away from the second surface 13b facing the floor surface S1. At this time, the first base 11 and the second base 12 are arranged so as to be along the floor surface S1 and the intersecting surface S2, respectively. Further, the first extending portion 15 and the second extending portion 23 extend in a direction away from the floor surface S1. Note that the second surface 13b of the base portion 13 is a reference surface directed to the floor surface S1.

Next, the main body 10 is moved while the second surface 13b of the base portion 13 is aligned with the floor surface S1 until the adhesive mat 42 comes into contact with the intersecting surface S2, and the adhesive mat 42 is joined to the intersecting surface S2. That is, the main body 10 is fixed to the intersecting surface S2 using the adhesive mat 42. When the adhesive mat 42 is joined to the intersecting surface S2, the main body 10 is pressed toward the intersecting surface S2 so as to compress and deform the adhesive mat 42.

Next, the screwing member 30 is attached.
As shown in FIG. 12, the first extending portion 15 and the second extending portion 23 are inserted into the insertion space P1 of the screwing member 30, and the first extending portion 15 is inserted into the female thread groove 32a of the screwing member 30. Screw into the male thread groove 16b. At this time, the circular arc portion 16 of the first extending portion 15 and the circular arc portion 25 of the second extending portion 23 are locked to the inner surface of the peripheral wall 32 of the screwing member 30 . Note that the insertion space P1 for the screw member 30 is open toward the floor surface S1.

When the screwing member 30 is screwed while the main body 10 is pressed toward the intersecting surface S2 so as to compress and deform the adhesive mat 42, the tip of the peripheral wall 32 of the screwing member 30 comes to the top of the bulging protrusion 22. Press the surface 22a toward the floor surface S1. Further, the tip of the pressing portion 33 of the screw member 30 presses the first surface 21a of the base plate portion 21 toward the floor surface S1. That is, the pressing part 33 presses the pressed body 20 toward the floor surface S1. Accordingly, the temporary assembly between the main body 10 and the pressed body 20 through the fitting groove 14d and the fitting portion 24 is released. That is, the screwing member 30 releases the maintained state of the pressed body 20 at the first position by the maintenance structure by screwing in the direction toward the floor surface S1, and the pressed body 20 moves toward the floor surface S1. Allow to move.

Thereafter, when the screwing member 30 continues to screw, the pressing portion 33 of the screwing member 30 comes into contact with the first surface 21a of the base plate portion 21, and the opposing portion 41a of the adhesive mat 41 joins to the floor surface S1. Since the relative position of the main body 10 and the pressed body 20 on the floor surface S1 is determined by the screwing member 30, and the adhesive mat 41 is joined to the floor surface S1, the positional shift of the first base portion 11 on the floor surface S1 is prevented. is suppressed. Here, when the pressing part 33 comes into contact with the first surface 21a of the substrate part 21, the step part 17 and the overhang part 26 are arranged to face each other so as to form an allowable space P2 shown in FIG. The allowable space P2 is located inside the insertion space P1 of the screwing member 30. Therefore, before the screwing member 30 completes screwing, the insertion space P1 includes the allowable space P2. Note that after the adhesive mat 41 is joined to the floor surface S1 by screwing the screwing member 30, the second base portion 12 may be joined to the intersecting surface S2 using the adhesive mat 42.

As shown in FIG. 13, after the adhesive mat 41 is bonded to the floor surface S1 and the second base 12 is bonded to the intersecting surface S2 by the adhesive mat 42, the screwing member 30 is screwed toward the floor surface S1. . Then, the pressing part 33 presses the base plate part 21 in the direction in which the screwing member 30 is screwed, so that the adhesive mat 41 is compressed and deformed. That is, the screwing member 30 can be screwed until the adhesive mat 41 provided on the pressed body 20 is pressed against the floor surface S1.

After the adhesive mat 41 is compressed and deformed, when the screwing member 30 is further screwed toward the floor surface S1, the screwing movement of the screwing member 30 toward the floor surface S1 is restricted, but the first extension The male thread groove 16b of the mounting portion 15 is pulled up by the female thread groove 32a of the screw member 30 in a direction away from the floor surface S1. Therefore, by screwing the screwing member 30, a biasing force is applied to the circular arc portion 16 so that the screwing member 30 pulls it up in a direction away from the floor surface S1. That is, the screwing member 30 urges the portion near the tip of the extension plate portion 14 in the direction away from the floor surface S1 by screwing in the direction toward the floor surface S1.

In this embodiment, the screw member 30 is screwed in the direction toward the floor surface S1, so that only the edge of the second surface 13b of the base portion 13 closer to the installation body 100 is in contact with the floor surface S1. A portion of the second surface 13b excluding the edge near the installation body 100 is spaced apart from the floor surface S1. Therefore, the screwing member 30 separates the second surface 13b from the floor surface S1 except for the edge near the installation body 100, and the first base 11 assumes an inclined attitude with respect to the floor surface S1. That is, in the installation method of the fixed body 1 in this embodiment, the first base 11 is biased by the screwing member 30 until the first base 11 is in an inclined position so as to separate the portion near the tip of the extension plate 14 from the floor surface S1. are doing.

When the first base 11 is inclined relative to the floor surface S1, the pressed body 20 is positioned so that the facing portion 41a of the adhesive mat 41 is in a second position closer to the floor surface S1 than the second surface 13b of the base portion 13, and the facing portion 41a of the adhesive mat 41 is firmly bonded to the floor surface S1. At this time, the adhesive mat 41 is compressed and deformed.

When the pressed body 20 is placed in the second position and the adhesive mat 41 is compressed and deformed, the frame portion 28 of the pressed body 20 is not in contact with the floor surface S1. Note that the frame portion 28 of the pressed body 20 may be in contact with the floor surface S1.

Further, after compressing and deforming the adhesive mat 41, as the screwing member 30 screws forward, the portion near the tip of the extension plate portion 14 is urged to be separated from the floor surface S1, so that the screwing member 30, the rotation axis O of the screw member 30 is inclined with respect to the floor surface S1. Since the tip of the extended plate portion 14 separates from the floor surface S1 without changing the position of the pressed body 20, the tip surface 16a of the circular arc portion 16 and the tip surface 26a of the pair of overhang portions 26 tend to separate. do. At this time, if the pair of step portions 17 are in contact with the pair of overhang portions 26, the tip of the extension plate portion 14 will not be able to separate from the floor surface S1, preventing the screwing member 30 from spiraling. There is a risk of interference.

However, before the threading of the screwing member 30 is completed, the insertion space P1 includes the allowable space P2. Therefore, even if the rotational axis O of the screwing member 30 is inclined with respect to the floor surface S1, there is some time until the pair of stepped portions 17 come into contact with the pair of projecting portions 26. Therefore, the allowable space P2 functions as a space that allows the screwing member 30 to screw.

Since the first base 11 is inclined with respect to the floor surface S1, the second base 12 is pressed toward the intersecting surface S2. The second base portion 12 is urged toward the intersecting plane S2 by urging the portion of the extension plate portion 14 near the tip by the screw member 30. That is, part or all of the portion where the second base 12 is joined to the intersecting surface S2 of the adhesive mat 42 is pressed toward the intersecting surface S2. Therefore, the adhesive mat 42 is pressed toward the intersecting surface S2. In this embodiment, the second base 12 is in an inclined posture with respect to the intersecting plane S2. The second base portion 12 is inclined so as to approach the intersecting surface S2 as it goes from the base portion 13 toward the tip of the second base portion 12. That is, in a state in which the adhesive mat 41 is bonded to the floor surface S1 and the adhesive mat 42 is bonded to the intersecting surface S2, the main body 10 is placed in an inclined posture with respect to the floor surface S1 and the intersecting surface S2 by the screwing member 30. . The adhesive mat 42 disposed between the intersecting surface S2 and the second base 12 is compressed and deformed. Note that the second base portion 12 is not limited to having an inclined posture with respect to the intersecting surface S2, and may maintain a state extending along the intersecting surface S2. The second base portion 12 may press a part or all of the portion of the adhesive mat 42 joined to the intersecting surface S2 toward the intersecting surface S2 when the first base portion 11 assumes an inclined posture.

Moreover, the first base 11 is not limited to being in an inclined position with respect to the floor surface S1, and may maintain a state extending along the floor surface S1. If the first base 11 is urged by the screwing member 30 in a direction in which the portion near the tip of the extension plate 14 is separated from the floor surface S1, and the second base 12 is pressed toward the intersecting surface S2. The posture does not need to be inclined with respect to the floor surface S1. When maintaining the state in which the first base 11 extends along the floor surface S1, the second position of the pressed body 20 may be changed. That is, the facing part 41a of the adhesive mat 41 that protrudes beyond the frame part 28 is arranged at the same position as the second surface 13b of the base part 13, and the position where the facing part 41a is joined to the floor surface S1 is the second position. You can also use it as

In the fixed body 1 configured as described above, the screw member 30 functions as a biasing member that biases the portion near the tip of the extension plate portion 14 in a direction away from the floor surface S1, and It also functions as a combined body for assembling the pressed body 10 and the pressed body 20. Note that the portion of the extended plate portion 14 near the tip is the tip side of the first base portion 11 . The portion near the tip of the extending plate portion 14 indicates a portion of the extending plate portion 14 where the arc portion 16 is provided.

The adhesive mat 41 is a joint portion that is joined by coming into contact with the floor surface S1. The adhesive mat 41 has a function of suppressing displacement of the first base 11 on the floor surface S1 when the main body 10 and the pressed body 20 are assembled. The adhesive mat 41 also functions as a fixing part that fixes the main body 10 and the pressed object 20 to the floor surface S1 when the main body 10 and the pressed object 20 are assembled. Note that the fixing portion is not limited to being composed only of the adhesive mat 41, and may be changed to a configuration in which fixing members such as screws, bolts, nuts, etc. are added to the adhesive mat 41. Further, the adhesive mat 41 may be replaced with an adhesive non-slip rubber sheet. A non-slip rubber sheet is an example of a joint. However, when changing the configuration of the fixing part, the fixing part is changed to include a joint part such as an adhesive mat 41 or a rubber sheet.

The second base 12 is fixed to the intersecting surface S2 by an adhesive mat 42. That is, the adhesive mat 42 also functions as a fixing portion fixed to the intersecting surface S2. Note that the fixing portion is not limited to being composed only of the adhesive mat 42, and may be changed to a structure in which fixing members such as screws, bolts, nuts, etc. are added to the adhesive mat 42. Further, the adhesive mat 42 may be replaced with an adhesive non-slip rubber sheet. Therefore, the configuration of the fixing portion may be changed as appropriate as long as it can be fixed to the intersecting surface S2.

The circular arc portion 25 is a locked portion provided on the pressed body 20, and the inner surface of the peripheral wall 32 of the screw member 30 is a locking portion that locks with the circular arc portion 25. The inner surface of the peripheral wall 32 is engaged with the arc portion 25, and the relative position of the main body 10 and the pressed body 20 on the floor surface S1 is determined. Furthermore, when the arcuate portion 25 as the locked portion is the first locked portion, the pair of projecting portions 26 provided at the tips of the circular arc portion 25 are inserted into the insertion space P1 of the screw member 30. In this state, it is a second locked portion that is locked to the pair of stepped portions 17 of the main body 10. The first extending portion 15 is a screwing portion, and the female thread groove 32a provided in the peripheral wall 32 of the screwing member 30 is a threaded portion.

In this embodiment, the fixed body 1 is adopted, the adhesive mat 41 is bonded to the floor surface S1 as the installation surface, and the adhesive mat 42 is bonded to the intersecting surface S2 of the installation body 100 installed on the floor surface S1. A fixed structure is constructed in which the screw member 30 biases the distal end side of the first base portion 11 in a direction away from the floor surface S1. In the present embodiment, the screwing member 30 screwed with the external thread groove 16b of the first extending portion 15 of the first base 11 is screwed toward the floor surface S1, so that the screwing member 30 is directed toward the floor surface S1. A fixing structure is configured in which the male thread groove 16b receives the reaction force of the pressing force and urges the first base 11 to move away from the floor surface S1.

The fixed body 1 configured as described above is a fixed body that allows the pressed body 20 to be placed in a first position and a second position. The fixed body 1 has the first extending portion 15 and the second extending portion 23 inserted into the insertion space P1, and by screwing the screw member 30, the pressed body 20 is placed on the floor surface with respect to the main body 10. This is a fixed body that connects the main body 10 and the pressed body 20 so as to suppress separation in the direction along S1. Further, the fixed body 1 is a fixed body in which the main body 10 and the pressed body 20 can be separated by screwing the screwing member 30 away from the floor surface S1. In the present embodiment, the first extension part 15 and the second extension part 23 are separated from the insertion space P1 only when the screw member 30 is removed from the male thread groove 16b, and the main body 10 and the pressed body 20 are separated from each other. can be separated.

The operation and effects of this embodiment will be explained.
(1-1) According to the fixed body 1 of the present embodiment, the pressed body 20 is arranged at the first position with the second surface 13b of the base portion 13 facing the floor surface S1. Since the main body 10 can be moved along the floor surface S1, the fixed body 1 can be easily positioned on the floor surface S1. Further, while the main body 10 is being moved along the floor surface S1, the pressed body 20 does not interfere with the positioning of the main body 10 on the floor surface S1. Then, with the positioning of the main body 10 on the floor surface S1 completed, the body 10 and the object to be pressed 20 can be fixed to the floor surface S1 by arranging the object 20 to be pressed at the second position. can. Therefore, the position to be fixed to the floor surface S1 can be easily adjusted.

(1-2) Since the pressed body 20 is maintained at the first position by the maintenance structure constituted by the pair of fitting grooves 14d and the pair of fitting parts 24, the positioning workability on the floor surface S1 is improved. can.

(1-3) By screwing the screwing member 30, the state in which the pressed body 20 is maintained in the first position by the pair of fitting grooves 14d and the pair of fitting portions 24 can be released.
(1-4) Since the screwing member 30 can be screwed until the adhesive mat 41 is pressed against the floor surface S1, the maintenance structure consisting of the pair of fitting grooves 14d and the pair of fitting parts 24 is used. The pressed body 20, which has been released from the temporary assembly, is pressed so as to be placed in the second position by the screw member 30, so that the adhesive mat 41 is firmly joined to the floor surface S1. Therefore, the fixed body 1 can be stably fixed to the floor surface S1.

(1-5) When the fixed body 1 is fixed to the floor surface S1, the inner surface of the peripheral wall 32 of the screwing member 30 is engaged with the circular arc portion 25 of the pressed body 20, so that the pressed body 20 is attached to the main body 10. Separation along the floor surface S1 can be suppressed.

(1-6) With the relative positions of the main body 10 and the pressed body 20 on the floor surface S1 determined by the circular arc portion 25 and the inner surface of the peripheral wall 32, the pair of projecting portions 26 engage the pair of stepped portions 17. will be stopped. Therefore, the arc portion 25 of the pressed body 20 does not separate from the insertion space P1 of the screwed member 30, and the main body 10 and the pressed body 20 do not separate when the screwed member 30 is attached. . Therefore, for example, when the fixed body 1 is distributed as a product, the main body 10, the pressed body 20, and the screw member 30 can be kept together. Therefore, there is no need to separately assemble the main body 10, the pressed body 20, and the screw member 30.

(1-7) Since the main body 10 includes the adhesive mat 42 as a fixing portion, the main body 10 can also be fixed to the intersecting surface S2. Therefore, the fixed body 1 can be stably fixed to the floor surface S1 and the intersection surface S2.

(1-8) Since the adhesive mat 41 is surrounded by the frame 28, the frame 28 can prevent the adhesive mat 41 from being crushed too much on the floor surface S1.
(1-9) According to the fixed body 1 of the present embodiment, the second base 12 is biased by the screwing member 30 in the direction in which the portion near the tip of the extension plate portion 14 is separated from the floor surface S1. is pressed toward the intersecting surface S2. Accordingly, the adhesive mat 42 is pressed against the intersecting surface S2. Since the adhesive mat 42 is firmly bonded to the intersecting surface S2, the fixed body 1 can be stably fixed to the intersecting surface S2.

(1-10) The second base portion 12 is pressed toward the intersecting surface S2 by urging the portion near the tip of the extension plate portion 14 in a direction away from the floor surface S1 by the screwing member 30, and The pressed member 20 is pressed toward the floor surface S1 by the pressing portion 33 of the screw member 30. Therefore, the adhesive mat 41 is pressed toward the floor surface S1. Therefore, the fixed body 1 can be stably fixed to the floor surface S1 and the intersecting surface S2.

(1-11) When the screwing member 30 is screwed, the male thread groove 16b of the first extension portion 15 receives a force from the female screw groove 32a of the screwing member 30 to be pulled up in a direction away from the floor surface S1. That is, the portion of the extension plate portion 14 near the tip is biased in a direction away from the floor surface S1. Therefore, the second base 12 is urged toward the intersecting surface S2, and the adhesive mat 42 is firmly joined to the intersecting surface S2. Therefore, the fixed body 1 can be more stably fixed to the floor surface S1 and the intersecting surface S2.

(1-12) In a state where the adhesive mat 41 is bonded to the floor surface S1 and the adhesive mat 42 is bonded to the intersecting surface S2, the first base 11 is in an inclined posture with respect to the floor surface S1. The base 12 presses the adhesive mat 42 more firmly. Therefore, the fixed body 1 can be stably fixed by the intersecting surface S2.

(1-13) In a state where the adhesive mat 41 is bonded to the floor surface S1 and the adhesive mat 42 is bonded to the intersecting surface S2, the second base 12 is also inclined to the intersecting surface S2. Therefore, the main body 10 assumes an inclined posture with respect to the floor surface S1 and the intersecting surface S2. Therefore, in addition to pressing the second base 12 against the intersecting surface S2 due to the inclined posture of the first base 11, the second base 12 itself is also pressed against the intersecting surface S2, so that the adhesive mat 42 is more firmly pressed against the intersecting surface S2. Can be joined.

(1-14) According to the fixed body 1 of the present embodiment, by screwing the screwing member 30, the adhesive mat 41 is pressed onto the floor surface S1 via the pressed body 20, thereby exerting a strong fixing force. When obtained, the main body 10 and the pressed body 20 are coupled together, and the screw member 30 is screwed back, thereby separating the main body 10 and the pressed body 20. Therefore, simply by rotating the screwing member 30, the main body 10 and the pressed body 20 can be easily connected and separated. Moreover, the main body 10 and the pressed object 20 can be individually removed from the floor surface S1 in a state where the main body 10 and the pressed object 20 are separated. Therefore, the fixed body 1 can be easily removed from the floor surface S1 and the intersection surface S2.

(1-15) Since the male thread groove 16b is formed only in the first extending part 15 of the first extending part 15 and the second extending part 23, the first extending part 15 and the second extending part There is no need to form male thread grooves in both of the first extension part 15 and the second extension part 23 so that the positions of the male thread grooves of the first extension part 15 and the second extension part 23 match each other, making it easier to screw the screw member 30.

According to the fixed body 1 of this embodiment, since the male thread groove 16b is formed in the first extension portion 15, the screwing member 30 can be screwed forward and backward smoothly.
(1-16) A cylindrical hole H is formed by the first extending portion 15 and the second extending portion 23, and the outer shapes of the first extending portion 15 and the second extending portion 23 are circular. That is, the first extending portion 15 and the second extending portion 23 have a shape that follows the annular insertion space P1. Therefore, by inserting the first extending portion 15 and the second extending portion 23 into the insertion space P1, the main body 10 and the pressed body 20 can be firmly connected by the screw member 30.

<Second embodiment>
A second embodiment embodying the fixed body will be described below with reference to FIG. 14. In the fixed body 1 of this embodiment, the configuration on the distal end side of the second base portion 12 is the same as the configuration on the distal side side of the first base portion 11 described above.

As shown in FIG. 14, the above-mentioned extended plate portion 14, first extended portion 15, pressed body 20, and screw member 30 are provided on the opposite side of the second base 12 from the floor surface S1. The same configuration is provided.

In this embodiment, in a state in which the main body 10 and the pressed body 20 are temporarily assembled using the maintenance structure constituted by the fitting groove 14d and the fitting part 24, the object placed adjacent to the second base 12 is The pressing body 20 can be placed at a first position where the adhesive surface of the adhesive mat 42 that protrudes beyond the frame portion 28 is located further back than the second surface 12b of the second base 12. Further, in the pressed body 20 disposed adjacent to the tip of the second base 12, the adhesive surface of the adhesive mat 42 that protrudes beyond the frame portion 28 protrudes beyond the second surface 12b of the second base 12. position.

The second surface 12b of the second base 12 is a reference surface facing the intersecting surface S2, and the first extending portion 15 and the second extending portion 23 provided at the tip of the second base 12 are connected to the intersecting surface S2. It extends in the direction away from the

The adhesive mat 42 is a joint portion that is joined by coming into contact with the intersecting surface S2. The adhesive mat 42 has a function of suppressing displacement of the second base 12 on the intersecting plane S2 in a state in which the main body 10 and the pressed body 20 adjacent to the tip of the second base 12 are assembled. When the main body 10 and the pressed object 20 adjacent to the tip of the second base 12 are assembled, the adhesive mat 42 moves the pressed object 20 adjacent to the tip of the main body 10 and the second base 12 to the intersecting surface S2. It also functions as a fixing part. Note that the fixing portion provided on the pressed body 20 adjacent to the tip of the second base 12 may be changed in the same manner as the fixing portion of the first embodiment. In addition, in this embodiment, the floor surface S1 and the intersection surface S2 are examples of fixed surfaces.

The method of installing the fixed body 1 in this embodiment is such that the pressed body 20 adjacent to the tips of the first base 11 and the second base 12 is in the first position with respect to the main body 10, and the second base 12 is placed in the first position. The second surface 12b is directed to the intersecting surface S2, and the second surface 13b of the base portion 13 is directed to the floor surface S1. Then, by moving the main body 10 while aligning the second surface 12b of the second base 12 with the intersecting plane S2 and aligning the second surface 13b of the base portion 13 with the floor surface S1, the main body 10 is moved along the floor surface S1 and Adjust the position of the main body 10 with respect to the intersecting plane S2. Thereafter, the two screw members 30 are screwed toward the floor surface S1 and the intersecting surface S2, so that the opposing portion 41a of the adhesive mat 41 is joined to the floor surface S1, and the opposing portion 42a of the adhesive mat 42 is connected to the intersecting surface S2. to be joined to.

In this embodiment, the following actions and effects can be obtained.
(2-1) According to the fixed body 1 of this embodiment, the two pressed bodies 20 are arranged at the first position, so that the main body 10 can be moved along the floor surface S1 and the intersecting surface S2. can. Therefore, positioning of the fixed body 1 on the floor surface S1 and the intersecting surface S2 can be easily performed. Further, while the main body 10 is being moved along the floor surface S1 and the intersecting surface S2, the two pressed bodies 20 do not interfere with the positioning of the main body 10 on the floor surface S1 and the intersecting surface S2. Therefore, the positions to be fixed to the floor surface S1 and the intersecting surface S2 can be easily adjusted.

Note that each of the above embodiments can be modified and implemented as follows. The above embodiments and the following modifications can be implemented in combination with each other within a technically consistent range.
〇 The first extending portion 15 formed a threaded portion, but male thread grooves are formed in both the first extending portion 15 and the second extending portion 23, and the first extending portion 15 and the second extending portion 23 are formed with male thread grooves. Both parts 23 may be screwed parts. Alternatively, the male thread groove 16b of the first extending portion 15 may be omitted, and only the second extending portion 23 may be used as a threaded portion.

Although the screwing of the screwing member 30 is restricted by the pair of projecting portions 26 engaging with the pair of step portions 17 of the first extending portion 15, the present invention is not limited thereto. For example, by forming the first extending portion 15 only with the circular arc portion 16 and omitting the pair of stepped portions 17, the pair of overhanging portions 26 can be engaged with the extending plate portion 14, thereby causing the screwing member 30 to It is also possible to restrict the spiral movement of That is, the pair of projecting portions 26 may be locked to the main body 10.

The first extending portion 15 may be provided on the pressed body 20 and the second extending portion 23 may be provided on the extending plate portion 14. That is, the first extending portion 15 and the second extending portion 23 may be replaced. In this case, the pair of step portions 17 of the second extending portion 23 may be omitted, and the pair of projecting portions 26 of the first extending portion 15 may be locked to the pressed body 20.

The configuration in which the pressed body 20 is placed at the second position may be changed as shown in FIGS. 15 and 16.
As shown in FIG. 15, the first extending portion 15 provided on the first surface 14a of the extending plate portion 14 and the cutout portion 14c of the extending plate portion 14 are omitted. A through hole 14e is provided at the tip of the extending plate portion 14, passing through the extending plate portion 14 in the thickness direction. A female thread groove 14f is provided on the inner peripheral surface of the through hole 14e. The pressing portion 33 of the screw member 30 has a first column portion 33a and a second column portion 33b. The first column portion 33a has a shaft shape. The first pillar portion 33a protrudes from the inner bottom surface of the bottom wall 31. The second pillar portion 33b has a shaft shape. The second column portion 33b protrudes from the tip of the first column portion 33a. The axis of the first column 33a and the axis of the second column 33b coincide. A male thread groove 33c is provided on the outer peripheral surface of the second pillar portion 33b. In the screw member 30, an insertion space P1 is formed by the inner bottom surface of the bottom wall 31, the inner surface of the peripheral wall 32, and the outer peripheral surface of the first column part 33a.

As shown in FIG. 16, at the same time as the second extending portion 23 is inserted into the insertion space P1 of the screw member 30, the male thread groove 33c of the second pillar portion 33b is screwed into the female thread groove 14f of the through hole 14e. At this time, the arcuate portion 25 of the second extending portion 23 is locked onto the inner surface of the peripheral wall 32 of the screwing member 30 .

When the screwing member 30 is screwed toward the floor surface S1 while pressing the main body 10 toward the intersecting surface S2 so as to compress and deform the adhesive mat 42, the second column portion 33b of the screwing member 30 The tip presses the first surface 21a of the substrate portion 21 toward the floor surface S1. Accordingly, the temporary assembly between the main body 10 and the pressed body 20 through the fitting groove 14d and the fitting portion 24 is released. Thereafter, when the screwing member 30 continues to screw, the second pillar portion 33b of the screwing member 30 comes into contact with the first surface 21a of the base plate portion 21, and the opposing portion 41a of the adhesive mat 41 joins to the floor surface S1. . Since the screwing member 30 determines the relative position of the main body 10 and the pressed body 20 on the floor surface S1, and the adhesive mat 41 is joined to the floor surface S1, the positional shift of the first base 11 on the floor surface S1 is prevented. is suppressed.

After suppressing the displacement of the first base 11 on the floor surface S1 with the adhesive mat 41 and joining the second base 12 to the intersecting surface S2 with the adhesive mat 42, the screwing member 30 is screwed toward the floor surface S1. advance. Then, the second pillar portion 33b presses the substrate portion 21 in the direction in which the screwing member 30 is threaded, thereby compressing and deforming the adhesive mat 41.

After the adhesive mat 41 is compressed and deformed, when the screwing member 30 is further screwed toward the floor surface S1, the screwing movement of the screwing member 30 toward the floor surface S1 is restricted, but the extension plate The female thread groove 14f of the portion 14 is pulled up by the male thread groove 33c of the screw member 30 in the direction away from the floor surface S1. That is, a biasing force is applied to a portion of the extension plate portion 14 near the tip thereof to be pulled up in a direction away from the floor surface S1. In this modified example, due to the biasing force, only the edge of the second surface 13b of the base section 13 closer to the installation object 100 is in contact with the floor surface S1, and the edge of the second surface 13b closer to the installation object 100 is in contact with the floor surface S1. The part except for the part is spaced apart from the floor surface S1. That is, the screwing member 30 separates the tip of the extension plate portion 14 from the floor surface S1, and the first base portion 11 assumes an inclined posture with respect to the floor surface S1.

In the fixed body 1 configured as in this modification, the male thread groove 33c of the screwing member 30 is a threaded portion. Therefore, in the screw member 30, the pressing portion 33 and the male thread groove 33c as a threaded portion are integrally configured. Further, the female thread groove 14f of the through hole 14e of the extension plate portion 14 is a threaded portion.

The fixed body 1 configured as in this modified example is a fixed body that allows the pressed body 20 to be placed in a first position and a second position. In the fixed body 1, the pressed body 20 is separated from the main body 10 in the direction along the floor surface S1 by screwing the screw member 30 with the second extending portion 23 inserted into the insertion space P1. This is a fixed body that connects the main body 10 and the pressed body 20 so as to suppress the above. Further, the fixed body 1 is a fixed body in which the main body 10 and the pressed body 20 can be separated by screwing the screwing member 30 away from the floor surface S1. Note that the first extending portion 15 may not be omitted. In that case, it is preferable to omit only the notch 14c of the extended plate part 14 and form the above-mentioned through hole 14e in the extended plate part 14.

○ The rotational axis O of the screwing member 30 and the axis of the pressing part 33 do not need to coincide. That is, the location where the pressed member 20 is pressed by the pressing portion 33 may move in accordance with the rotation of the screw member 30.

Although the cylindrical hole H was formed by the first extending portion 15 and the second extending portion 23, it is not limited to the cylindrical hole H, and may be a square hole. When the hole is changed to a square hole, it is preferable that the hole is large enough to allow the pressing part 33 to be inserted therein.

In the first embodiment, the pressing portion 33 of the screwing member 30 may be omitted. In this case, for example, the bottom wall 31 of the screw member 30 may be used as the pressing portion. In this case, for example, when the screw member 30 is screwed toward the floor surface S1, the second extension is such that the bottom wall 31 of the screw member 30 presses the second extension portion 23 of the pressed body 20. It is preferable to change the length of the provided portion 23.

In the first embodiment, the pressed body 20 is provided adjacent to the tip of the extended plate portion 14, but the pressed body 20 is not limited thereto. For example, the arrangement may be changed so that it is incorporated in the middle of the extension plate part 14.

The extension plate portion 14 is arranged near the first surface 13a at the tip of the base portion 13. Therefore, the portion near the tip of the extension plate portion 14 is separated from the floor surface S1 before being urged in the direction away from the floor surface S1 by the screwing member 30. However, the portion near the tip of the extension plate portion 14 may be in contact with the floor surface S1 before being urged in a direction away from the floor surface S1 by the screwing member 30. That is, the extension plate portion 14 may have the same thickness as the base portion 13.

In the first embodiment, when the installation body 100 is fixed by the fixing body 1, the screw member 30 may be screwed into the male thread groove 16b of the first extending portion 15 in advance.
○ The configuration of the bottom wall 31 of the screwing member 30 may be changed. The bottom wall 31 does not need to completely block the insertion space P1. That is, a through hole may be formed in the bottom wall 31.

- When the screwing member 30 screws forward, the first extending portion 15 and the second extending portion 23 are always inserted into the insertion space P1, but the present invention is not limited to this. For example, by making the length of the bulging protrusion 22 of the second extension part 23 from the top surface 22a shorter than the length of the first extension part 15 from the first surface 14a of the extension plate part 14. Alternatively, the tip of the second extending portion 23 may be removed from the insertion space P1 while the screw member 30 is being screwed into the male thread groove 16b. That is, it may be modified so that the pressed body 20 can be separated from the main body 10 while the screwing member 30 is being screwed into the male thread groove 16b.

In the first embodiment, the peripheral wall 32 of the screw member 30 and the arc portion 25 of the second extending portion 23 do not need to be engaged with each other. Specifically, an extra space may be formed between the peripheral wall 32 of the screwing member 30 and the arcuate portion 25 of the second extending portion 23. As a result, even if the rotation axis O of the screwing member 30 is tilted, the peripheral wall 32 and the second extension portion 23 do not interfere with each other, so that the pressed body 20 does not follow the screwing member 30 and tilt. becomes. That is, when the pressed body 20 is pressed toward the floor surface S1 by the screwing of the screwing member 30, a pressing force is applied to the entire surface of the facing portion 41a of the adhesive mat 41 to evenly press it against the floor surface S1. can be granted.

In the above modification example, the second extending portion 23 including the circular arc portion 25 as the locked portion and the insertion space P1 for the screwing member 30 may be omitted. Specifically, changes may be made as shown in FIGS. 17 and 18.

As shown in FIG. 17, the screw member 30 may be formed of a bolt. The screw member 30 has a head 34 and a shaft portion 35 projecting from the head 34 . A male thread groove 35a is provided on the outer peripheral surface of the shaft portion 35.

As shown in FIG. 18, the male thread groove 35a of the shaft portion 35 is screwed into the female thread groove 14f of the through hole 14e.
When the screwing member 30 is screwed toward the floor surface S1 while pressing the main body 10 toward the intersecting surface S2 so as to compress and deform the adhesive mat 42, the tip of the shaft portion 35 of the screwing member 30 The first surface 21a of the substrate section 21 is pressed toward the floor surface S1. Accordingly, the temporary assembly between the main body 10 and the pressed body 20 through the fitting groove 14d and the fitting portion 24 is released. Thereafter, when the screwing member 30 continues to screw, the shaft portion 35 of the screwing member 30 comes into contact with the first surface 21a of the base plate portion 21, and the opposing portion 41a of the adhesive mat 41 joins to the floor surface S1. Since the screwing member 30 determines the relative position of the main body 10 and the pressed body 20 on the floor surface S1, and the adhesive mat 41 is joined to the floor surface S1, the positional shift of the first base 11 on the floor surface S1 is prevented. is suppressed.

In this modified example, when the screwing member 30 is screwed toward the floor surface S1, the female thread groove 14f of the extension plate portion 14 is pulled up in the direction away from the floor surface S1 by the male thread groove 35a of the screwing member 30. , with only the edge of the second surface 13b of the base section 13 closer to the installation object 100 in contact with the floor surface S1, the portion of the second surface 13b excluding the edge closer to the installation object 100 is away from the floor surface S1. They are separated.

In the fixed body 1 configured as in this modified example, the shaft portion 35 of the screwing member 30 is a pressing portion. The male thread groove 35a of the screw member 30 is a threaded portion. Therefore, in the screw member 30, the shaft portion 35 as a pressing portion and the male thread groove 33c as a threaded portion are integrally configured. Further, the female thread groove 14f of the through hole 14e of the extension plate portion 14 is a threaded portion. The fixed body 1 configured as in this modified example is a fixed body that allows the pressed body 20 to be placed in a first position and a second position.

The rectangular groove 12d provided on the second surface 12b of the second base 12 may be omitted, and the adhesive mat 42 may be directly attached to the second surface 12b. The second surface 12b becomes an adhesive mat attachment surface to which the adhesive mat 42 is attached. The second surface 12b preferably has a larger area than the adhesive mat 42.

In the first embodiment, an inclined surface may be provided at the edge of the end of the frame portion 28 on the side opposite to the adhesive mat 41, which slopes as the distance from the floor surface S1 increases. Further, in the second embodiment, in the pressed body 20 adjacent to the tip of the second base 12, the tip of the frame portion 28 may be provided with an inclined surface that is inclined as the distance from the intersecting surface S2 increases. With this configuration, when the pressed body 20 is tilted, the inclined surface of the pressed body 20 can come into surface contact with the floor surface S1 or the intersecting surface S2. Therefore, displacement of the pressed body 20 can be further suppressed.

○ In the first embodiment, when only the edge of the second surface 12b of the base portion 13 closer to the installed body 100 is in contact with the floor surface S1, the screw member 30 is allowed to spiral toward the floor surface S1. Accordingly, although the first base 11 is in an inclined position with respect to the floor surface S1, the present invention is not limited to this. For example, as the screwing member 30 spirals toward the floor surface S1, the edge of the second surface 12b of the base portion 13 closer to the installation body 100 may separate from the floor surface S1. Further, from a state where the adhesive mat 41 is bonded to the floor surface S1 and the entire second surface 12b of the base portion 13 is not in contact with the floor surface S1, the screwing member 30 is screwed toward the floor surface S1. The first base portion 11 may be placed in an inclined position while the adhesive mat 41 is compressed by pressing. When the first base 11 assumes an inclined posture from a state where the entire second surface 12b of the base section 13 is not in contact with the floor surface S1, the edge of the second surface 12b of the base section 13 closer to the installation object 100 The first base 11 may be tilted until it contacts the floor surface S1, or may be tilted to such an extent that it does not contact the floor surface S1.

○ In the first embodiment, when the second base 12 is in an inclined position, the entire surface of the facing portion 42a of the adhesive mat 42 attached to the second base 12 is evenly pressed against the intersecting surface S2. May be set. For example, by decreasing the thickness of the adhesive mat 42 toward the tip of the second base 12, it can be made to face parallel to the intersecting surface S2 when the second base 12 is in an inclined position. When employing the adhesive mat 42 having a uniform thickness, the adhesive mat sticking surface of the second base 12 may be configured to be inclined so as to become depressed toward the tip of the second base 12.

○ The frame portion 28 does not have to be U-shaped. For example, it may be a protrusion that sandwiches two of the four sides of the adhesive mat 41. Further, the frame portions 28 may be scattered so as to surround the four corners of the adhesive mat 41.

The accommodation groove 27 may be omitted by omitting the frame portion 28 of the pressed body 20.
The adhesive mats 41 and 42 may be double-sided tape, Velcro tape (registered trademark), or adhesive.

In the first embodiment, the adhesive mat 42 as the fixing part may be omitted. After positioning the fixed part of the fixed body 1 by moving the second surface 13b of the base part 13 along the floor surface S1, the pressed body 20 is arranged at the second position. That's fine. In addition, when omitting the adhesive mat as a fixing part, a non-slip rubber sheet having no adhesiveness may be provided between the second base part 12 and the intersecting surface S2. The non-slip rubber sheet that does not have adhesiveness suppresses relative displacement between the second base 12 and the intersecting surface S2.

〇 The maintenance structure was composed of a pair of fitting grooves 14d and a pair of fitting parts 24, but for example, the pair of fitting grooves 14d could be changed to cylindrical grooves, and the pair of fitting parts 24 could be made cylindrical. Good too. Further, the maintenance structure constituted by the pair of fitting grooves 14d and the pair of fitting parts 24 may be omitted.

○ Although the floor surface S1 is adopted as an example of the surface to be fixed, the present invention is not limited to this. For example, assume a state in which a plurality of installation bodies 100 are stacked. The upper surface of one of the plurality of installation bodies 100 may be used as a fixed surface, and one side surface of the plurality of installation bodies 100 arranged to intersect with the upper surface may be used as an intersecting surface. The fixed surface and the intersecting surface may be changed as appropriate depending on the location where the installation body 100 is fixed by the fixed body 1.

○ Although the first base 11 and the second base 12 were integrally connected, the first base 11 and the second base 12 may be configured as separate members, and the first base 11 and the second base 12 may The base portion 12 may be connected to the base portion 12 by a connecting member.

Although the main body 10 has an L-shape formed by the first base 11 and the second base 12, the present invention is not limited to this. The main body 10 may omit the second base 12 and may include only the first base. The configuration of the main body 10 may be changed as appropriate as long as it is assembled with the pressed body 20 and fixed to the floor surface S1.

The technical ideas that can be understood from the above embodiment and modification examples will be described.
(1) The threaded portion is formed on the inner surface of the peripheral wall,
The threaded portion extends from the main body in a direction away from the fixed surface,
The screwing member is capable of being screwed back and forth by the threaded portion and the screwing portion being screwed together in a state in which the screwing portion and the locked portion are inserted into the insertion space, and determining the relative position of the main body and the separate body;
With the screwing of the screwing member, the rotation axis of the screwing member is inclined with respect to the first fixed surface,
The fixing device is characterized in that the insertion space is formed with an allowance space that allows the screwing member to move in a state before the screwing of the screwing member to the screwing portion is completed. body.

(2) A fixed body, characterized in that an edge portion of the tip of the protruding portion opposite to the adhesive mat is provided with an inclined surface that is inclined as the distance from the surface to be fixed increases.

DESCRIPTION OF SYMBOLS 1... Fixed body, 10... Main body, 11... First base, 12... Second base, 12a... First surface, 12b... Second surface, 12d... Rectangular groove, 12e... Bottom surface, 13... Base part, 13a... 1st surface, 13b...2nd surface, 14...extension plate part, 14a...1st surface, 14b...2nd surface, 14c...notch, 14d...fitting groove, 14e...through hole, 14f...female thread groove, DESCRIPTION OF SYMBOLS 15... First extension part, 16... Arc part, 16a... Tip surface, 16b... Male thread groove, 17... Step part, 17a... Top surface, 20... Pressed body, 21... Substrate part, 21a... First surface, 22...Bulging protrusion, 22a...Top surface, 22b...Notch, 22c...End surface, 23...Second extension part, 24...Fitting part, 25...Circular arc part, 26...Protrusion part, 27...Accommodating groove , 28...Frame part, 30...Screwing member, 31...Bottom wall, 32...Peripheral wall, 32a...Female thread groove, 32b...Long groove, 33...Press part, 33a...First pillar part, 33b... Second pillar part, 33c ...Male thread groove, 34...Head, 35...Shaft, 35a...Male thread groove, 41, 42...Adhesive mat, 41a, 42a...Opposing part, 100...Installation body, S1...Floor surface, S2...Cross surface, P1... Insertion space, P2...allowable space, H...cylindrical hole.

Claims (9)

a main body having a reference surface addressed to the fixed surface;
a separate body provided to face the fixed surface;
It has a joint part that joins by coming into contact with the fixed surface, and a fixing part provided in the separate body,
A fixed body in which the main body and the separate body are fixed to the fixed surface by the fixing part in a state where the main body and the separate body are assembled,
The separate body has a first position in which the opposing portion of the joint portion facing the fixed surface is located at a position further back from the reference surface facing the fixed surface, and a first position in which the opposing portion faces the fixed surface. a second position located closer to the fixed surface than the reference surface and at which the opposing portion is joined to the fixed surface;
A fixed body comprising a maintenance structure that maintains the separate body at the first position . comprising a threaded member having a threaded part that is threaded into the threaded part provided on the main body,
The fixation according to claim 1 , wherein the screwing member releases the maintenance state of the separate body at the first position by the maintenance structure by screwing in a direction toward the fixation surface. body. 3. The fixing body according to claim 2 , wherein the screwing member can be screwed until the joint portion provided on the separate body is pressed against the fixed surface. The separate body has a locked portion extending in a direction away from the fixed surface,
The screwing member has an insertion space opened toward the fixed surface for inserting the locked portion, and
4. The fixed body according to claim 2 , wherein the screwing member has a locking part that locks with the locked part. If the locked part is a first locked part,
5. A second locked portion that is locked to the main body when inserted into the insertion space is provided at a distal end of the first locked portion. fixed body. The fixing body according to any one of claims 1 to 5 , wherein the main body includes a fixing portion fixed to an intersecting surface arranged to intersect with the fixed surface. A method for installing a fixed body according to any one of claims 1 to 6 , comprising:
After the reference surface is directed toward the fixed surface while the separate body is maintained at the first position by the maintenance structure , the opposing part is moved to the second position by placing the separate body at the second position. A method for installing a fixed body, characterized by joining it to a surface to be fixed. A method for installing a fixed body according to claim 6 , comprising:
While the separate body is maintained at the first position by the maintenance structure , the reference surface is directed toward the fixed surface, and the fixed portion is faced to the intersecting surface, and the reference surface is directed to the fixed surface. moving the main body until the fixing part contacts the intersecting surface while aligning the main body, fixing the main body to the intersecting surface by the fixing part, and placing the separate body in the second position and moving the main body until the fixing part abuts the intersecting surface; A method for installing a fixed body, comprising: joining the fixed body to the surface to be fixed. The fixing portion is provided with an adhesive mat that is compressively deformable in the thickness direction and is attached to the intersecting surface,
The separate body is placed in the second position while the main body is pressed toward the intersecting surface so as to compress and deform the adhesive mat, and the opposing part is joined to the fixed surface. A method for installing a fixed body according to claim 8 .