JP2023046026A - Fixture receiving tool for panel mounting - Google Patents

Abstract

To provide a fixture receiving tool for panel mounting that can easily place a board such as a flat display while avoiding interference with writing instruments, etc.SOLUTION: A fixture receiving tool 10 includes a panel connection portion 50 that can be attached to a panel 2 whose surface extends in a direction including a directional component of a vertical direction Dv, a first receiving portion 20 connected to a front side Df of the panel connection portion 50 and extending in a direction including the directional component of a panel thickness direction Dt, a second receiving portion 30 connected to the end of the front side Df of the first receiving portion 20 and extending in a direction including the directional component of the panel thickness direction Dt, and a fall prevention portion 40 connected to the end of the front side Df of the second receiving portion 30 and extending to an upper side Du. A surface 21 facing the upper side Du of the first receiving portion 20 is recessed toward a lower side Dd.SELECTED DRAWING: Figure 4

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fixture holder for panel mounting on which various fixtures can be placed.

For example, the equipment receiving tool for panel attachment is disclosed in Patent Document 1 below. The fixture receiver can be attached to a panel with a vertically extending surface. The surface of this panel contains magnetic material. The fixture includes a receiving portion extending in the width direction of the panel and in the longitudinal direction with respect to the panel, a magnet connected to the rear end of the receiving portion and attachable to the surface of the panel, and the front end of the receiving portion. and a fall prevention part connected to the The entire top surface of the receiver is planar. Equipment such as writing utensils, for example, is placed on the receiving portion.

Japanese Utility Model Laid-Open No. 47-021731

A board such as a flat display may be placed on the front side of a panel whose surface extends in the vertical direction for a meeting or the like.

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a panel-mounting equipment holder on which a board such as a flat display can be easily placed while avoiding interference with writing instruments and the like.

As one aspect for achieving the above object, a fixture receiver for panel mounting comprises:
A panel connection part that can be attached to a panel whose surface extends in a direction including a vertical direction component; and a panel thickness direction that is the thickness direction of the panel in a state in which the panel connection part is attached to the panel. A first receiver that is connected to the front side of the panel connecting portion of the front side and the rear side of the and spreads in the direction including the direction component of the panel thickness direction and the panel width direction that is the width direction of the panel and a panel connecting portion connected to the front end of the first receiving portion in a state where the panel connecting portion is attached to the panel, and extending in a direction including a directional component in the panel thickness direction and in the panel lateral width direction In a state in which the second receiving portion and the panel connecting portion are attached to the panel, the panel longitudinal width is connected to the front end of the second receiving portion and is perpendicular to the panel width direction and the panel thickness direction. and a fall prevention portion extending in a direction including the direction and in the lateral width direction of the panel. After the upper side and the lower side in the longitudinal width direction of the panel, the surface facing the upper side of the first receiving portion is recessed toward the lower side when the panel connecting portion is attached to the panel.

When using the equipment receiver of this aspect, the panel connector is attached to the panel. Next, a writing instrument or the like used for drawing letters, figures, etc. on the surface of this panel is placed on the first receiving portion and/or the second receiving portion of the equipment receiving device. When a board such as a flat display is to be placed in front of the panel, the lower end of the board is positioned at the corner between the second receiving portion and the drop prevention portion, and the upper end of the board is brought into contact with the surface of the panel. At this time, if there is a writing instrument, etc. on the second receiving part, and the writing instrument, etc. is in the way when placing the board on the second receiving part, push the writing instrument, etc. to the rear side, A writing implement or the like is moved onto the first receiving portion.

Therefore, according to the equipment receiver in this aspect, the board can be easily placed on the equipment receiver while avoiding interference with the writing instrument or the like on the equipment receiver.

Here, in the equipment receiving tool for panel mounting according to the aspect, in a state in which the panel connecting portion is mounted on the panel, the surface of the first receiving portion is the front end of the first receiving portion. and a rear inclined surface gradually extending downward toward the front from the rear end of the first receiving portion. may

In this aspect, the front inclined surface of the first receiving portion gradually extends downward toward the rear side in a state where the equipment receiving tool is attached to the panel. Therefore, in this aspect, by lightly pushing the writing instrument or the like on the second receiving portion rearward, the writing instrument or the like can be easily moved onto the first receiving portion. In this aspect, the rear inclined surface of the first receiving portion gradually extends downward toward the front when the equipment receiving tool is attached to the panel. For this reason, in this aspect, for example, compared to the case where the rear end of the first receiving portion extends vertically downward, the lower side of the writing instrument or the like can be moved from the rear side of the writing instrument or the like above the first receiving portion. The finger can be easily put into the first receiving part, and the writing instrument or the like on the first receiving part can be easily grasped with the finger.

Further, in the equipment receiving tool for panel mounting of the above aspect, in which the first receiving portion has a front inclined surface and a rear inclined surface, the surface of the first receiving portion is the rear side of the front inclined surface. It smoothly connects the end and the front end of the rear inclined surface, has an arcuate surface recessed downward, and in the state where the panel connection portion is attached to the panel, the first receiving portion Assuming that the dimension of the concave portion of the surface toward the lower side is H1, and the radius of curvature of the arcuate surface is R, H1 and R may have the following relationship.
H1/2>R

In this aspect, since the radius of curvature of the arcuate surface is smaller than the radius of the writing instrument or the like that can be accommodated in the first receiving portion, it is difficult for dust or the like accumulated on the arcuate surface to adhere to the writing instrument or the like.

Further, in the equipment receiving tool for panel mounting of the aspect in which the first receiving portion has a front inclined surface and a rear inclined surface, the downward inclination of the rear inclined surface is equal to that of the front inclined surface. It may be gentler than the downward slope.

In this aspect, for example, when the equipment receiver is attached to the panel, the downward inclination of the rear inclined surface is steeper than the downward inclination of the front inclined surface. A finger can be easily put into the lower side of the writing instrument or the like from the rear side of the upper writing instrument or the like, and the writing instrument or the like on the first receiving portion can be easily grasped with the fingers.

Further, in the equipment receiving tool for panel mounting according to any one of the above-described modes, in the state where the panel connection part is attached to the panel, the The most recessed position on the lower side may be closer to the front side.

In this aspect, in a state in which the equipment receiver is attached to the panel, the writing instrument or the like on the first receiving portion is arranged around the most recessed position in the first receiving portion. In this aspect, when the equipment receiver is attached to the panel, the most recessed position is closer to the front side. A large space can be secured on the rear side of the writing instrument or the like. For this reason, it becomes easy to turn a finger to the rear side of this writing instrument or the like.

Further, in the equipment receiving tool for panel mounting according to any one of the above modes, in a state in which the panel connection part is attached to the panel, the surface of the first receiving part is extended downward. Assuming that the dimension of the recess is H1 and the dimension of the drop prevention portion in the vertical width direction of the panel is H2, the relationship between H1 and H2 may be as follows.
H1 > H2

Further, in the equipment receiving tool for panel mounting according to any one of the above modes, the dimension in the panel thickness direction at the first receiving part is defined as L1, and the panel thickness at the second receiving part Assuming that the dimension in the width direction is L2, the relationship between L1 and L2 may be as follows.
L1 > L2

In this aspect, the equipment capacity of the first receiving part is larger than the equipment capacity of the second receiving part. Therefore, even if the writing instrument or the like on the second receiving portion is moved to the first receiving portion or the board is placed on the second receiving portion, interference of the writing instrument or the like with the board can be suppressed. .

In addition, in the fixture for panel attachment according to any one of the above aspects, the panel connecting portion may include a magnet capable of sticking to the surface of the panel including a magnetic material. .

In this aspect, since the panel connecting portion includes the magnet, the fixture receiver can be easily attached to the panel, and the fixture receiver can be easily removed from the panel.

ADVANTAGE OF THE INVENTION According to one aspect of the present invention, a board such as a flat display can be easily placed while avoiding interference with a writing instrument or the like.

1 is a perspective view of a fixture receiver and stand panel in one embodiment of the present invention; FIG. 1 is a plan view of a fixture receiver according to one embodiment of the present invention; FIG. 1 is a front view of a fixture receiver in one embodiment according to the present invention; FIG. 1 is a side view of a fixture receiver in one embodiment according to the present invention; FIG. It is a side view of the equipment receiving implement in the first modification of one embodiment which concerns on this invention. It is a side view of the equipment receiving implement in the second modification of one embodiment which concerns on this invention. It is a side view of the equipment receiving implement in the 3rd modification of one Embodiment which concerns on this invention. FIG. 11 is a side view of a fixture receiver in a fourth modified example of one embodiment according to the present invention; It is a side view of the equipment receiving tool in the fifth modification of one embodiment which concerns on this invention.

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of a fixture for panel attachment according to the present invention and various modifications of the embodiment will be described below with reference to the drawings.

"Embodiment"
A fixture holder for panel attachment of this embodiment will be described with reference to FIGS. 1 to 4. FIG.

As shown in FIG. 1 , the fixture receiver 10 of this embodiment can be attached to the stand panel 1 . This stand panel 1 has a panel 2 and legs 3 that support the panel 2 so that the surface of the panel 2 extends in the vertical direction Dv. The surface of the panel 2 or a portion inside the surface is made of a material containing a magnetic material such as iron. The magnets can thus stick to the surface of this panel 2 . The surface of this panel 2 is white. On the surface of this panel 2, characters, figures, etc. can be drawn with a writing instrument such as a pen.

Here, the direction perpendicular to the surface of the panel 2, in other words, the direction of the thickness of the panel 2 is defined as the panel thickness direction Dt. Of the two sides in the panel thickness direction Dt, the side away from the panel 2 is called the front side Df, and the side closer to the panel 2 is called the rear side Db. Also, the direction along the surface of the panel 2 and the direction of the width of the panel 2 is defined as the panel width direction Dw. A direction perpendicular to the panel thickness direction Dt and the panel lateral width direction Dw is defined as a panel longitudinal direction Dz. Let one side be the upper side Du and the other side be the lower side Dd among both sides in the vertical width direction Dz of the panel.

As shown in FIGS. 1 to 4, the fixture receiver 10 has a first receiving part 20, a second receiving part 30, a fall prevention part 40, and a panel connecting part 50 that can be attached to the panel 2. . The first receiving portion 20 is connected to the front side Df portion of the panel connecting portion 50 when the panel connecting portion 50 is attached to the panel 2 . The first receiving portion 20 extends in a direction including a directional component in the panel thickness direction Dt and in the panel lateral width direction Dw in a state in which the panel connecting portion 50 is attached to the panel 2 . The second receiving portion 30 is connected to the end of the front side Df of the first receiving portion 20 when the panel connecting portion 50 is attached to the panel 2 . The second receiving portion 30 extends in a direction including a directional component in the panel thickness direction Dt and in the panel lateral width direction Dw in a state in which the panel connecting portion 50 is attached to the panel 2 . The fall prevention portion 40 is connected to the front Df end of the second receiving portion 30 in a state where the panel connection portion 50 is attached to the panel 2 . With the panel connecting portion 50 attached to the panel 2 , the drop prevention portion 40 extends in a direction including a directional component in the panel vertical width direction Dz and in the panel horizontal width direction Dw.

The surface of the panel 2 extends in the vertical direction Dv as described above. Therefore, when the panel connection portion 50 is attached to the panel 2 , the panel thickness direction Dt is a horizontal direction perpendicular to the surface of the panel 2 . Further, when the panel connecting portion 50 is attached to the panel 2, the panel longitudinal width direction Dz is the vertical direction Dv.

When the panel connecting portion 50 is attached to the panel 2, the surface of the first receiving portion 20 facing the upper side Du is recessed toward the lower side Dd as shown in FIG. Specifically, the surface 21 facing the upper side Du of the first receiving portion 20 has a front inclined surface 22 , a rear inclined surface 23 and an arc surface 24 . The front inclined surface 22 is a flat inclined surface that gradually extends downward Dd from the end of the first receiving portion 20 on the front side Df toward the rear side Db. The rear inclined surface 23 is a flat inclined surface that gradually extends downward Dd from the end of the rear side Db of the first receiving portion 20 toward the front side Df. The arc surface 24 smoothly connects the rear Db end of the front inclined surface 22 and the front Df end of the rear inclined surface 23, and is recessed toward the lower side Dd. The inclination of the rear inclined surface 23 to the lower side Dd is gentler than the inclination of the front inclined surface 22 to the lower side Dd. The dimension L1f in the panel thickness direction Dt between the edge of the front side Df of the first receiving portion 20 and the position Pd of the surface 21 facing the upper side Du of the first receiving portion 20 that is most recessed to the lower side Dd is From the dimension L1b in the panel thickness direction Dt between the end of the rear side Db of the first receiving portion 20 and the position Pd that is most depressed to the lower side Dd in the surface 21 facing the upper side Du of the first receiving portion 20 short. Therefore, the position Pd of the surface 21 facing the upper side Du of the first receiving portion 20 that is most recessed toward the lower side Dd is closer to the front side Df.

The panel connecting portion 50 has a magnet mounting plate 51 and a magnet 52, as shown in FIGS. The magnet mounting plate 51 extends in the panel width direction Dw and the panel length direction Dz. The magnet mounting plate 51 extends from the end of the rear side Db of the first receiving portion 20 to the upper side Du. The magnet 52 is attached to the surface of the magnet mounting plate 51 facing the rear side Db. The fixture receiver 10 is attached to the panel 2 by the magnet 52 sticking to the surface of the panel 2. - 特許庁As described above, in this embodiment, since the panel connecting portion 50 includes the magnet 52, the fixture receiver 10 can be easily attached to the panel 2, and the fixture receiver 10 can be easily removed from the panel 2. can.

Here, as shown in FIG. 4, the dimension of the depression of the surface 21 of the first receiving portion 20 in the panel vertical width direction Dz is H1, and the dimension of the fall prevention portion 40 in the panel vertical width direction Dz is H2. Further, the dimension of the first receiving portion 20 in the panel thickness direction Dt is L1, and the dimension of the second receiving portion 30 in the panel thickness direction Dt is L2. The recess dimension H1 is the dimension in the panel vertical width direction Dz between the position of the uppermost Du on the surface 21 facing the upper side Du of the first receiving portion 20 and the most recessed position Pd on the surface 21. is.

In this case, the relationships among H1, H2, L1, and L2 are preferably the following relationships.
L1>H1>L2>H2
or L1>L2>H1>H2

Furthermore, if the radius of curvature of the circular arc surface 24 is R, the relationship between R and H1 is preferably the following relationship.
H1/2>R

Next, how to use the fixture receiving tool 10 described above, etc. will be described.

First, as described above, the fixture receiver 10 is attached to the panel 2 by attaching the magnet 52 of the panel connection portion 50 to the surface of the panel 2 .

A writing implement 6 or the like used for drawing letters, figures, etc. on the surface of the panel 2 is placed on the first receiving portion 20 and/or the second receiving portion 30 of the equipment receiving tool 10 .

When it is desired to place a board 5 such as a flat display in front of the panel 2, the lower end of the board 5 is positioned at the corner between the second receiving portion 30 and the drop prevention portion 40, and the upper end of the board 5 is placed on the panel 2. contact the surface. At this time, if the writing instrument or the like 6 is present on the second receiving portion 30 and the writing instrument or the like 6 is in the way when the board 5 is placed on the second receiving portion 30, then the writing instrument or the like 6 is removed. The writing instrument 6 is moved onto the first receiving portion 20 by pushing it to the side Db.

Therefore, according to the equipment receiver 10 of the present embodiment, the board 5 can be easily placed on the equipment receiver 10 while avoiding interference with the writing instrument 6 or the like on the equipment receiver 10 .

In this embodiment, the front inclined surface 22 of the first receiving portion 20 gradually extends toward the rear side Db and downward Dd in a state where the equipment receiving tool 10 is attached to the panel 2 . Therefore, in the present embodiment, by lightly pushing the writing instrument or the like 6 on the second receiving portion 30 toward the rear side Db, the writing instrument or the like 6 can be easily moved onto the first receiving portion 20. . In this embodiment, the rear inclined surface 23 of the first receiving portion 20 gradually extends toward the front side Df and downward Dd in a state where the fixture receiving tool 10 is attached to the panel 2 . For this reason, in the present embodiment, for example, from the rear side Db of the writing instrument 6 on the first receiving portion 20, compared to the case where the end of the rear side Db of the first receiving portion 20 extends vertically downward, A finger can be easily put into the lower side Dd of the writing instrument 6, etc., and the writing instrument 6, etc. on the first receiving portion 20 can be easily grasped with the finger.

In the present embodiment, for example, in a state where the equipment receiver 10 is attached to the panel 2, the inclination of the rear inclined surface 23 toward the lower side Dd is steeper than the inclination of the front inclined surface 22 toward the lower side Dd. Also, it is easy to insert a finger from the back side Db of the writing instrument 6 on the first receiving part 20 to the lower side Dd of the writing instrument 6, etc., and the writing instrument 6 on the first receiving part 20 can be easily grasped with the finger. be able to.

In the present embodiment, with the equipment receiver 10 attached to the panel 2, the writing instruments 6 on the first receiver 20 are arranged around the most recessed position Pd in the first receiver 20. It will be. In this aspect, when the fixture receiver 10 is attached to the panel 2, since the most recessed position Pd is closer to the front side Df, compared to the case where the most recessed position Pd is closer to the rear side Db, A large space can be secured on the rear side Db of the writing instruments 6 or the like arranged around the most recessed position Pd. For this reason, in this embodiment, it becomes easy to turn a finger|toe to the back side Db of this writing instrument etc. 6 also from this viewpoint.

In addition, in the present embodiment, as described above, the radius of curvature R of the arc surface 24 is smaller than 1/2 of the recess dimension H1 and smaller than the radius of the writing instrument 6 or the like that can be substantially accommodated in the first receiving portion 20. Dust or the like accumulated on the surface 24 is less likely to adhere to the writing instrument 6 or the like.

"First variant"
A fixture receiving tool in the first modified example of the above embodiment will be described with reference to FIG.

The surface 21 facing the upper side Du of the first receiving portion 20 of the fixture receiver 10 in the above embodiment includes a front inclined surface 22 and a rear inclined surface 23 which are flat surfaces. However, the surface facing the upper side Du of the first receiving portion of the fixture attachment portion may be recessed toward the lower side Dd and may not include a flat surface. For example, as in the first modification shown in FIG. 5, the surface 21a facing the upper side Du in the first receiving portion 20a of the fixture receiving device 10a may be formed only by an arcuate surface 24a recessed toward the lower side Dd.

In addition, the most recessed position Pd in the surface 21 facing the upper side Du of the first receiving portion 20 of the fixture 10 in the above embodiment is closer to the front side Df. However, this most recessed position Pd does not have to be close to the front side Df. For example, like the fixture 10a of the first modified example shown in FIG. It may be in an intermediate position between the end of the rear side Db.

"Second Modification and Third Modification"
The fixture receivers in the second and third modifications of the above embodiment will be described with reference to FIGS. 6 and 7. FIG.

The second receiving portion 30 of the fixture receiving tool 10 in the above embodiment spreads in the panel thickness direction Dt. However, it is sufficient that the second receiving portion of the equipment attachment portion spreads in a direction including the directional component of the panel thickness direction Dt.

For example, like the fixture 10b of the second modified example shown in FIG. It may be an inclined surface inclined with respect to the panel thickness direction Dt, which gradually extends toward the lower side Dd.

In the second modified example, when the board 5 is placed on the second receiving portion 30b, even if the lower portion of the board 5 is not in contact with the fall prevention portion 40, the lower portion of the board 5 is pushed toward the fall prevention portion 40 by gravity. , and the lower part of the board 5 comes into contact with the fall prevention part 40 . Therefore, in the first modified example, the board 5 can be stably placed on the equipment receiver 10b.

7, the surface 31c facing the upper side Du of the second receiving portion 30c extends from the end of the front side Df of the second receiving portion 30 to the rear side Db. It may be an inclined surface inclined with respect to the panel thickness direction Dt, which gradually extends toward the lower side Dd toward the end.

In the third modification, when the writing instrument or the like 6 is placed on the second receiving portion 30c, the writing instrument or the like 6 moves to the first receiving portion 20 due to gravity. When the writing instrument 6 is placed on the second receiving portion 30c, even if the writing instrument 6 does not move to the first receiving portion 20 due to gravity, the writing instrument 6 can be easily pushed toward the rear side Db. , the writing instrument or the like 6 can be moved to the first receiving portion 20 .

"Fourth Modification"
A fixture receiver in the fourth modified example of the above embodiment will be described with reference to FIG.

The surface of the panel 2 to which the equipment receiver 10 in the above embodiment is attached extends in the vertical direction Dv. However, as shown in FIG. 8, the surface of the panel 2 may extend in a direction including a directional component in the vertical direction Dv.

In such a case, the magnet mounting plate 51d in the panel connecting portion 50d is arranged in a direction (panel longitudinal width direction Dz) including a directional component of the vertical direction Dv, as in the fixture 10d of the fourth modified example shown in FIG. may be spread out.

In addition, like a fixture receiver 10d of the fourth modification shown in FIG. 8, the fall prevention portion 40d may spread in a direction including the directional component of the vertical width direction Dz of the panel.

"Fifth Modification"
A fixture receiving tool in the fifth modified example of the above embodiment will be described with reference to FIG.

The magnet mounting plate 51 of the panel connecting portion 50 of the fixture receiver 10 in the above embodiment extends from the end of the rear side Db of the first receiving portion 20 to the upper side Du. However, even if the magnet mounting plate 51e in the panel connecting portion 50e extends from the end of the rear side Db of the first receiving portion 20 to the lower side Dd like the fixture 10e of the fifth modification shown in FIG. good.

"Other Modifications"
The panel connecting portion 50 of the fixture receiver 10 in the above embodiment has a magnet 52 . However, instead of the magnet, the panel connecting portion may have, for example, a clip that can hold the panel 2 or a hook that can be hooked on a part of the panel 2 .

Moreover, each of the above modifications is a modification of the above embodiment. However, each of the above variations may be combined with one or more other variations.

1: Stand panel 2: Panel 3: Legs 5: Board 6: Writing instruments 10, 10a, 10b, 10c, 10d, 10e: Equipment receivers 20, 20a: First receivers 21, 21a: Surface of first receivers 22: Front inclined surface 23: Rear inclined surfaces 24, 24a: Arc surfaces 30, 30b, 30c: Second receiving portions 31b, 31c: Surfaces 40, 40d of the second receiving portion: Fall prevention portions 50, 50d, 50e: Panel connecting portions 51, 51d, 51e: Magnet mounting plate 52: Magnet Dt: Panel thickness direction Dh: Horizontal direction Df: Front side Db: Rear side Dw: Panel width direction Dz: Panel length direction Dv: Vertical direction Du: Upper side Dd: Lower side Pd: Most recessed position

Claims (8)

a panel joint attachable to a panel whose surface extends in a direction including a vertical directional component;
In a state in which the panel connecting portion is attached to the panel, the panel connecting portion is connected to the front side of the panel connecting portion between the front side and the rear side in the panel thickness direction, which is the thickness direction of the panel, and the a first receiving portion that extends in a direction including a directional component in the panel thickness direction and in a panel width direction that is the width direction of the panel;
A second receiving portion connected to the front end of the first receiving portion in a state in which the panel connecting portion is attached to the panel, and spreads in a direction including a directional component in the panel thickness direction and in the panel lateral width direction. and,
The panel connecting portion is connected to the front end of the second receiving portion in a state in which it is attached to the panel, and the directional component in the vertical width direction of the panel perpendicular to the horizontal width direction of the panel and the thickness direction of the panel. a fall prevention portion extending in the including direction and the panel width direction;
has
When the panel connecting portion is attached to the panel, the surface facing the upper side of the first receiving portion after the upper side and the lower side in the longitudinal width direction of the panel is recessed toward the lower side,
Fixture holder for panel mounting. A fixture receiver for panel mounting according to claim 1,
When the panel connecting portion is attached to the panel, the surface of the first receiving portion is a front inclined surface that gradually extends downward from the front end of the first receiving portion toward the rear side. and a rear inclined surface that gradually extends downward from the rear end of the first receiving portion toward the front side,
Fixture holder for panel mounting. 3. The equipment receiver for panel mounting according to claim 2,
the surface of the first receiving portion has an arcuate surface that smoothly connects the rear end of the front inclined surface and the front end of the rear inclined surface and is recessed downward;
When the panel connecting portion is attached to the panel, the concave dimension of the surface of the first receiving portion toward the lower side is H1, and the radius of curvature of the arc surface is R, then H1 and R are , with the relation
H1/2>R
Fixture holder for panel mounting. In the equipment receiving tool for panel mounting according to claim 2 or 3,
the downward inclination of the rear inclined surface is gentler than the downward inclination of the front inclined surface;
Fixture holder for panel mounting. 5. In the equipment receiving tool for panel mounting according to any one of claims 1 to 4,
In the state where the panel connecting portion is attached to the panel, the position of the surface of the first receiving portion that is most recessed downward is closer to the front side.
Fixture holder for panel mounting. 6. In the equipment receiver for panel mounting according to any one of claims 1 to 5,
When the panel connection portion is attached to the panel, the dimension of the depression toward the bottom of the surface of the first receiving portion is H1, and the dimension of the fall prevention portion in the vertical width direction of the panel is H2. , H1 and H2 have the following relationship:
H1 > H2
Fixture holder for panel mounting. 7. In the equipment receiver for panel mounting according to any one of claims 1 to 6,
Let L1 be the dimension of the first receiving portion in the panel thickness direction, and L2 be the dimension of the second receiving portion in the panel thickness direction. L1 and L2 have the following relationship:
L1 > L2
Fixture holder for panel mounting. 8. In the equipment receiver for panel mounting according to any one of claims 1 to 7,
the panel connection comprises a magnet capable of sticking to the surface of the panel comprising magnetic material;
Fixture holder for panel mounting.

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